A M0NTAN1 Studios Production
Prof. Johan Stemson, P.E., watches every episode of MacGyver so you don't have to guess. Each hack dissected. Every improvisation graded. The physics verified — or debunked. From paper-clip missile disarms to chocolate-bar acid plugs, this is where pop culture meets the lecture hall.
22 episodes · September 1985 – May 1986
September 29, 1985
MacGyver rescues a downed pilot, then saves two scientists from a sulfuric acid leak using chocolate bars, cold capsules, and a whole lot of confidence.
6 HACKS IDENTIFIEDPrimary: Rescue scientists trapped in an underground lab with a catastrophic sulfuric acid leak threatening the regional water supply.
Opening Gambit: Extract a downed USAF pilot from a hostile compound in Central Asia.
The 90-minute pilot that launched the series. Originally featured additional characters cut from the 60-minute broadcast edit. Notably, this is the only episode where MacGyver fires a gun — he never does it again.
Paper clip missile disarm. MacGyver uses a bent paper clip to short-circuit the firing mechanism of a missile launch panel.
PLAUSIBLEA paper clip is a low-resistance conductor. If you can access the right two terminals on a control panel, bridging them could create a short circuit that interrupts the relay sequence. The real question is access — military firing panels have shielded wiring for exactly this reason. But in a rushed Cold War installation? Maybe not so careful.
Binoculars + cigarette smoke to defeat a laser grid. MacGyver lights a cigarette using the laser itself, then uses the smoke to reveal the beam paths and binocular lenses to redirect them.
CONFIRMEDSmoke particles scatter laser light via Mie scattering, making beam paths visible — this is how every laser show works. Binocular prisms (typically Porro prisms, BK7 glass) can refract and redirect visible-wavelength lasers. The technique is sound. Security systems using visible-spectrum lasers are inherently vulnerable to exactly this kind of detection. Modern systems use infrared for this reason.
Mie scattering: particle diameter ≈ laser wavelength λ → strong forward scatteringChocolate bars to plug sulfuric acid leaks. MacGyver packs milk chocolate candy bars into cracks where sulfuric acid is leaking through containment.
CONFIRMEDThis is real chemistry. Sulfuric acid reacts with the sucrose and lactose in milk chocolate through a dehydration reaction. The acid strips hydrogen and oxygen from the sugar molecules, leaving behind a dense carbon residue — essentially char — plus a gummy organic mass that expands and seals the gap. It's a temporary plug, not a permanent fix, but it would absolutely buy time.
C₁₂H₂₂O₁₁ + H₂SO₄ → 12C (char) + 11H₂O + heatThe exothermic reaction generates heat and water vapor, but the carbon residue is remarkably effective as a sealant against continued flow. Chocolate works better than pure sugar because the fats create an additional hydrophobic barrier.
Cold capsule + sodium metal + water = explosive. MacGyver crafts an improvised explosive from a cold medicine capsule casing, a chunk of sodium metal, and water to blow through a sealed wall.
PLAUSIBLESodium metal reacts violently with water. That's real — every freshman chemistry student has seen the demo. The reaction produces sodium hydroxide, hydrogen gas, and enough heat to ignite the hydrogen. A chunk of sodium the size of a cold capsule? Decent bang, small fireball, but blowing through a wall? You'd need substantially more material. The chemistry is correct; the yield is Hollywood.
2Na + 2H₂O → 2NaOH + H₂↑ + energy (~142 kJ/mol)Fire hose water pressure to move a collapsed steel girder. MacGyver uses a high-pressure fire hose to hydraulically push a fallen beam out of the escape path.
BUSTEDA standard fire hose delivers about 250 PSI at the nozzle with a flow rate around 150 GPM. The force on a steel I-beam? Let's calculate. A 1.5-inch nozzle at 250 PSI produces roughly 500 lbf (2,200 N) of reaction force. A collapsed structural steel girder weighs several thousand pounds. Even accounting for leverage and the beam's pivot point, you're orders of magnitude short. The hose would blow back before the beam budged.
F = P × A = 250 psi × 1.77 in² ≈ 443 lbf — vs. a beam weighing 2,000+ lbsFlare gun + parachute = rocket thruster escape. MacGyver rigs a flare gun to a parachute harness to create a makeshift rocket-propelled escape from a mountaintop.
BUSTEDA flare gun produces about 10-15 N of thrust for roughly 3 seconds. To lift a 180 lb (82 kg) person even briefly, you need to overcome ~800 N of gravitational force. A parachute adds drag, not lift, unless you're already moving. The impulse from a single flare is approximately 30-45 N·s total — you'd need the equivalent of 50+ flares firing simultaneously. Pure Hollywood, but an absolutely iconic visual.
Required impulse: F = mg = 82 kg × 9.81 m/s² = 804 N ≫ 12 N from flare3 of 6 hacks hold up.
50% engineering accuracy — honestly not bad for a pilot episode establishing tone. The chemistry is surprisingly solid; the physics gets a gentleman's C.
B−
The chocolate acid plug alone earns this episode permanent respect in my lecture notes. That's real bench chemistry applied under pressure. The flare gun escape is nonsense, but it's beautiful nonsense.
Here's the thing about this pilot — it sets the rules. MacGyver's not a superhero. He's an engineer who improvises under constraints. The writers clearly talked to someone with a chemistry background, because the acid-chocolate reaction and the sodium-water explosive are textbook. The physics hacks are shakier, but the methodology is right: observe the environment, identify available materials, apply first principles. That's engineering. The rest is just Hollywood's budget for pyrotechnics.
MacGyver's iconic multi-tool makes its debut. A real engineer's EDC — the blade, screwdriver, and can opener see more action than any firearm in the series.
After firing a weapon in this pilot, Mac never does again. The series commits to brain over brawn — solving problems through engineering, not firepower.
Every MacGyverism follows real engineering methodology: assess the problem, inventory available materials, design a solution within constraints. It's the engineering design process on a 45-minute timer.
Pattern emerging: the show's chemistry is consistently more accurate than its physics. Reactions are researchable; force calculations are harder to fake on screen.
This episode is a goldmine for introductory chemistry and physics classes. The pilot packs six distinct engineering scenarios into 60 minutes, three of which hold up to real scrutiny. Below is a ready-made lesson plan and timestamped clips you can show in class.
I've used this episode in guest lectures for years. The chocolate-acid reaction gets audible gasps every time — students can't believe it's real. Start there, and you've got their attention for the full hour. The "busted" hacks are just as valuable pedagogically — having students calculate why the fire hose can't move the beam teaches free body diagrams better than any textbook problem.
October 6, 1985
In Burma, MacGyver must retrieve a chemical canister from a crashed plane while evading soldiers.
3 HACKS IDENTIFIEDPrimary: Recover a chemical canister from a downed aircraft in hostile territory before military forces seize it.
A classified operation in the jungles of Burma where MacGyver must improvise escape routes and defensive measures using only field resources.
MacGyver routes exhaust fumes through a bamboo tube system to disperse irritant gases and create a smokescreen.
MacGyver deploys inflatable life jackets rigged with flares downriver to misdirect enemy patrols.
A steel cable is strung across a valley to entangle and disable a pursuing helicopter's rotor.
3 of 3 plausible.
All three hacks rest on defensible physics. Exhaust dispersal and cable shearing are straightforward mechanical principles. Decoy tactics are sound information warfare.
C+
Plausible execution but no confirmed real-world precedent. The helicopter cable scenario strains credibility slightly—that level of precision rigging in a jungle would demand reconnaissance time MacGyver doesn't have.
This is a solid field improvisation episode. MacGyver's decision-making prioritizes psychological disruption (misdirection, noise, smoke) over direct confrontation. That's smart tactical instinct. The hacks themselves are competent; the grade reflects lack of empirical confirmation, not physics failure.
Working with salvage materials in a hostile environment forces rapid iteration and acceptance of "good enough" solutions over perfect engineering.
Diversions, misdirection, and sensory disruption achieve tactical goals without direct violence—a recurring MacGyver principle.
Confined gases and mechanical pressure amplify force and reach. This theme will reappear across multiple episodes.
This episode builds intuition for pressure systems, fluid dynamics, and tactical decision-making under resource constraints. The hacks anchor discussions of force amplification and information warfare.
Teaching tip: Have students sketch the exhaust system before watching. This activates prior knowledge about gas flow and gives them skin in the game when the reveal happens.
October 13, 1985
MacGyver must retrieve microfilm hidden in a watch while being hunted by a gypsy thief and Cold War operatives.
4 HACKS IDENTIFIEDPrimary: Recover classified microfilm from a stolen watch before hostile intelligence agencies locate it.
A three-way chase across Budapest between MacGyver, a skilled gypsy thief, and state intelligence operatives—a Cold War espionage thriller.
MacGyver places lightbulbs under a car's tire, which shatter when the car drives forward, simulating a blowout.
MacGyver constructs an improvised explosive from common chemical ingredients.
MacGyver uses the curved base of a wine glass filled with water as a magnifying lens to read the watch microfilm.
MacGyver deploys helium balloons with metallic coatings to disrupt enemy radio communications.
1 of 4 confirmed, 1 busted.
Lightbulb tire fake and glass-lens optics are solid. Jamming is plausible. The chemical bomb is incoherent nonsense—no reaction pathway supports detonation.
C
Three plausible hacks don't salvage a failed chemistry hack. The bomb undermines credibility and feels like the writers grabbed random "dangerous" words from a thesaurus.
This episode shows the weakest chemistry writing yet. The salt-sugar-weedkiller combo is pure theatrical nonsense. Meanwhile, the optics work and the jamming principle is sound. It's a mixed bag: two wins, one plausible, one failure.
Water, glass curvature, and refraction create magnification without manufactured optics—a recurring motif in spy work.
This episode demonstrates the limits of improvised chemistry. Not every combination of dangerous-sounding chemicals yields an explosive.
Jamming, misdirection, and chaff all manipulate information signals. Radio frequencies are invisible but follow predictable physics.
This episode is a teaching gift for optics and electromagnetic waves. It also provides a sobering lesson in chemical literacy: not everything that sounds explosive actually is. Use it to discuss stoichiometry, oxidation-reduction, and the gap between narrative drama and chemical reality.
Teaching tip: Use the failed chemistry hack as a teachable moment. Ask students to design a *real* improvised explosive using principles of stoichiometry and oxidation-reduction (in a hypothetical, academic context). This builds critical thinking and chemical literacy.
October 21, 1985
MacGyver steals a terrorist map and escapes in a makeshift hot air balloon with a journalist.
4 HACKS IDENTIFIEDPrimary: Extract a classified map from a terrorist compound and escape while avoiding ground pursuit.
A deadline-driven heist with an unexpected ally—a journalist—and a high-altitude escape requiring improvised aviation.
MacGyver slides a map under a locked door, the guard drops a key onto it, and MacGyver retrieves it by pulling the map back.
MacGyver uses duct tape and pieces of the map (paper) to patch tears in an improvised hot air balloon envelope.
MacGyver uses the xenon flash tube from a camera as a time-delayed detonator to trigger a charge that creates a distraction.
MacGyver rigs the balloon's control lines with leather straps and duct tape to achieve hands-free, automated directional control.
1 confirmed, 3 plausible.
The key-under-door hack is experimentally verified. The balloon patches, flash detonator, and automated steering are all defensible based on materials science and electrical/mechanical principles.
B-
A solid episode that mixes confirmed tricks with plausible engineering. The flash detonator is the most impressive—it shows understanding of capacitor discharge and pyrotechnic initiation. The automated steering is clever but not robust enough for extended flight.
This is the first episode where we see MacGyver handling actual electrical engineering (the capacitor circuit). It's a meaningful step up in complexity. The balloon escape is iconic and mostly sound; the engineering is service to narrative rather than pure showboating.
Define problem (escape), identify constraints (time, materials, altitude), iterate on solutions (the balloon is Plan C or D).
Adhesive tape as a universal patch material. Its role expands in later episodes.
Buoyancy and lift force. Hot air balloons are one of humanity's oldest technologies; MacGyver repurposes them brilliantly.
This episode teaches simple machines (pulleys, inclined planes in rope control), materials science (adhesive tape, fabric properties), and fluid statics (buoyancy). The balloon escape is a perfect hook for discussing Archimedes' principle and lift.
Teaching tip: The key-under-door hack is perfect for demonstrating friction and kinetic vs. static friction. Film your students performing it; the tactile experience sticks longer than video alone.
November 3, 1985
MacGyver must steal a $60 million diamond from a casino owner's vault using precision chemistry and optics.
4 HACKS IDENTIFIEDPrimary: Penetrate a high-security vault and extract a 60-carat diamond without triggering alarms.
A casino heist requiring social engineering, precision optics, probability manipulation, and knowledge of security systems.
MacGyver modifies a pair of dice by inserting mercury or metal pellets via a shoe polish tin mechanism to bias rolls toward specific numbers.
MacGyver claims he can extract a vault access code by analyzing the resonant frequency of a wine glass, which supposedly correlates to the code.
MacGyver uses cigar ash and fiber optics to detect and map out an invisible laser grid protecting the vault.
MacGyver uses a wire hanger and mirror to redirect a security camera's view or defeat its detection.
1 confirmed, 1 half-busted, 2 plausible.
Loaded dice are a real gambling cheat. Laser detection via ash is textbook physics. Camera redirection is defensible. Wine glass resonance is cinematic nonsense.
B-
Strong start with confirmed dice cheating and solid optics/laser work. The wine glass hack undercuts credibility; it feels like the writers needed another puzzle and invented pseudoscience. Camera hack is adequate.
This episode shows MacGyver at his best—blending real probability manipulation (loaded dice), real security circumvention (laser detection), and real optics (camera spoofing). The wine glass detour is a narrative stumble, but doesn't tank the episode.
Loaded dice show how subtle mass shifts bias outcomes. Understanding randomness and its limits is an engineering skill.
Wine glasses oscillate at characteristic frequencies. Real acoustic measurement is useful; magical code-reading is not.
Every defense mechanism is an engineering problem with exploitable assumptions and failure modes.
This episode teaches probability, center of mass, resonance, and laser physics. It's also a primer on security design and its vulnerabilities. Students love heist narratives; use that energy to teach rigorous physics.
Teaching tip: The loaded dice are perfect for teaching center of mass. Have students calculate where to place a 2g weight inside a 20g foam cube to bias rolls by 10% toward a specific face.
November 10, 1985
In the Amazon, MacGyver protects a plantation from attacking army ants using improvised protective equipment and weaponry.
4 HACKS IDENTIFIEDPrimary: Defend a rubber plantation from a massive army ant invasion while protecting workers.
A biological catastrophe in the Amazon requiring chemical engineering, protective gear fabrication, and pyrotechnic deterrence.
MacGyver melts a rubber garden hose and molds it into a flexible body covering to protect against ant bites and chemical agents.
MacGyver constructs a flamethrower using a pressurized fuel container and ignition source to create a combustible flame barrier.
MacGyver synthesizes an explosive compound (RDX or PETN-like material) by nitrating cellulose with sulfuric acid and nitrate fertilizer.
MacGyver constructs an arc welder using a portable generator and coins to complete high-amperage electrical circuits.
2 confirmed, 2 plausible.
Flamethrower and explosives are both real, confirmed technologies. Thermoplastic suit is plausible materials engineering. Arc welder is crude but defensible.
A-
This is the strongest episode yet for real chemistry and engineering. The nitration reaction is textbook organic synthesis. The flamethrower is straightforward combustion. The only caution: this episode contains genuinely dangerous real chemistry that should not be attempted outside a laboratory.
This is a watershed episode. MacGyver demonstrates competent synthetic chemistry—nitration, acid catalysis, oxidation—at a level that transcends "random stuff mixed together." The fact that all four hacks are grounded in real physical and chemical principles is remarkable. It's also a reminder that some of these techniques are genuinely hazardous.
Nitration, polymerization, combustion—MacGyver deploys organic chemistry as a survival tool.
Materials undergo glass transition and become malleable. Understanding material properties enables rapid prototyping of protective gear.
An arc welder and coins. A flamethrower and pressurized tank. Minimal tools, maximum capability.
WARNING: This episode contains depictions of real synthetic chemistry (nitration, explosives). Use this for theoretical discussion only. Do NOT attempt any synthesis in a classroom without professional oversight. The episode is excellent for teaching reaction mechanisms, stoichiometry, and energy release, but requires adult framing around safety and legality.
Teaching tip: Focus on the thermoplastic suit as a materials science exercise, not the explosives. Have students calculate the glass transition temperature of rubber and discuss why heating makes it malleable.
November 17, 1985
At a desert airstrip, MacGyver must free hostages during a tense standoff while evading heavily armed terrorists.
5 HACKS IDENTIFIEDPrimary: Orchestrate a hostage rescue at a remote desert airstrip without triggering execution.
A high-stakes negotiation and tactical operation where MacGyver uses diversion, smoke, and mechanical sabotage to turn the tables.
MacGyver constructs a high-temperature cutting torch using magnesium metal, iron oxide, and a flare to ignite a thermite reaction.
MacGyver improvises smoke grenades using ammonium nitrate fertilizer and cotton batting to create a concealment screen.
MacGyver fills a lock mechanism with water and allows it to freeze, causing expansion that shatters the lock's internal components.
MacGyver pilots a remote-control toy airplane to deliver a smoke bomb into a building to create concealment.
MacGyver jumps onto a moving airplane's rudder and surfs it as the plane accelerates, then jumps off to escape.
1 confirmed, 3 plausible, 1 busted.
Thermite is industrial reality. Ice expansion is confirmed. Smoke bombs and RC delivery are plausible. Rudder surfing is aerodynamic nonsense.
C+
Three solid hacks—thermite, ice lock, smoke—are legitimate. RC delivery is clever. But the finale, the airplane stunt, is a terrible physics failure that ruins the episode's credibility in its final minutes.
The thermite hack is outstanding; it shows MacGyver leveraging industrial chemistry for field cutting. The ice lock is creative and confirmed. But the director wanted a cinematic finale and threw plausibility overboard. Disappointingly lazy for an otherwise strong episode.
Thermite, smoke bombs—harnessing chemical energy release for practical, destructive purposes.
Water freezing, expansion, structural failure. Phase transitions unlock mechanical force.
RC aircraft as payload delivery platform. Engineering is not confined to stationary devices.
This episode teaches thermite chemistry, phase transitions, and mechanical failure analysis. The ice lock is a perfect hands-on demo. Use the rudder surfing as a negative example—an engineering failure that shows why aerodynamic calculation matters.
Teaching tip: Use the rudder surfing scene as a "spot the error" exercise. Have students identify the physics violations and calculate the actual drag forces. Critical thinking beats passive video consumption.
November 27, 1985
In Wyoming, MacGyver must safely transport and deploy explosives to extinguish an out-of-control oil well fire.
4 HACKS IDENTIFIEDPrimary: Extinguish a burning oil well by placing explosive charges that disrupt combustion and smother the flame.
Industrial firefighting under extreme heat and pressure, requiring vibration dampening for transport and mechanical linkage for deployment.
MacGyver uses the metallic foil inside a gum wrapper to complete an electrical circuit and repair a broken detonator fuse.
MacGyver rigs a truck bed with springs and shock absorbers to dampen vibration during transport of sensitive explosives.
MacGyver uses a ballpoint pen spring to create a mechanical linkage that couples the truck's wheels and suspends equipment.
MacGyver constructs a specialized apparatus to position and lower explosives into a burning oil well.
2 confirmed, 2 plausible.
Gum wrapper as electrical conductor is a documented military trick. Spring isolation is standard engineering. Pen spring linkage and rig assembly are plausible.
B+
Solid mechanical engineering throughout. The gum wrapper trick is clever and real. Vibration isolation shows understanding of frequency response. The well-fighting rig is competent, if not groundbreaking. This is good, honest engineering television.
This episode rewards detail-oriented viewers. The spring isolation is not flashy, but it shows MacGyver thinking about acceleration limits and resonance. The gum wrapper is both humorous and real. Collectively, this is peak MacGyver engineering—intelligent, grounded, and executed with respect for the principles involved.
Spring constants, resonance frequency, isolation—MacGyver understands how to suppress unwanted motion through smart material selection.
Unexpected materials (gum wrapper foil) have useful electrical properties when you understand resistivity and current requirements.
Cranes, booms, and springs combine to enable precise placement of equipment in hostile environments.
This episode teaches vibration isolation, electrical conductivity, and mechanical linkages. The gum wrapper is a perfect low-risk demo of material conductivity. The spring isolation is excellent for discussing resonance and damping in a practical context.
Teaching tip: The gum wrapper demo is safe and memorable. Have students unwrap gum in class, measure resistance, and think about unexpected uses for everyday materials. This builds material intuition.
December 8, 1985
Back in his hometown, MacGyver protects a federal witness while evading assassins in the wilderness.
4 HACKS IDENTIFIEDPrimary: Guard a federal witness and escape assassins pursuing them through familiar but isolated terrain.
A personal mission in MacGyver's hometown, combining nostalgia with survival engineering using natural resources.
MacGyver uses a straightened paperclip to complete an electrical circuit and start a car without a key.
MacGyver mixes dry ice (solid CO₂) with water to create a dense fog screen for escape or concealment.
MacGyver constructs a propelled harpoon using camphor and ammonia as chemical propellants.
MacGyver rigs a rope zipline with a pulley to descend a cliff and escape pursuers.
3 confirmed, 1 plausible.
Hotwiring, dry ice fog, and zipline are all confirmed techniques. Camphor-ammonia is speculative but not implausible.
A-
This episode is strong across the board. Three hacks are real, documented, and executed competently. Camphor-ammonia is the weakest link, but even that has some basis in chemistry. High marks for consistency.
The Prodigal is one of the better episodes yet. MacGyver uses confirmed techniques (hotwiring is textbook vehicle forensics; dry ice fog is stage magic) without overselling their difficulty. The emotional resonance of the hometown setting pairs well with solid engineering. Camphor-ammonia is murky, but it doesn't tank the episode.
Dry ice transitions directly from solid to gas, condensing atmospheric water in the process. Phase diagrams govern these transitions.
Pulleys provide mechanical advantage and enable vertical escape. The rope and pulley remain humanity's most reliable lifting tools.
Electrical systems require complete loops. A paperclip bridging contacts is circuit completion in its most basic form.
This episode is ideal for teaching sublimation, simple machines, and electrical circuits. The dry ice fog is a dramatic, safe demo. The zipline is a perfect simple machine lab. Hotwiring is a teachable moment about automotive electrical systems.
Teaching tip: The dry ice demo is classroom gold. It's visually striking, safe with proper precautions, and teaches real chemistry. Use it to introduce phase diagrams and sublimation before showing the episode.
December 22, 1985
Assassins hunt MacGyver at his grandfather's remote cabin; survival requires engineering and environmental knowledge.
5 HACKS IDENTIFIEDPrimary: Survive coordinated assassination attempts while protecting family at a remote cabin.
A intensive survival scenario where MacGyver weaponizes the environment and improvises defenses from cabin materials.
MacGyver rigs a toaster heating element and a melting ice block to create a timed triggering mechanism for a trap.
MacGyver fashions a dart launcher from reeds and uses it as a silent projectile weapon.
MacGyver coats pinecones with sticky pitch (tree resin) to create contact-triggered traps that explode or burn.
MacGyver triggers a grain storage silo explosion by igniting suspended grain dust—a classic dust explosion scenario.
MacGyver saws through a support beam, rigging it to collapse when an assassin passes underneath.
3 confirmed, 2 plausible.
Blowgun, grain dust explosion, and beam collapse are all documented real-world phenomena. Ice timer and pitch mines are plausible but less empirically confirmed.
A-
An excellent finale to the first run of episodes. All five hacks have merit. Three are industrially documented (dust explosions, beam failure, blowgun). Two are clever but speculative. The environmental engineering throughout is exemplary.
Target MacGyver is a masterclass in survival engineering. MacGyver uses what's available—wood, grain, tree resin, household appliances—and converts them into lethal countermeasures. The hacks are varied, challenging, and grounded in physics. It's a strong note to end Season 1's opening arc.
Every ecosystem provides raw materials. Understanding local resources—grain, wood, resin—enables rapid prototyping of survival tools.
Aerosols and combustion create rapid pressure rise. This principle is a double-edged sword: hazard in industry, weapon in survival.
Beams fail when stress exceeds material strength. A saw cut concentrates stress; MacGyver understands how to exploit this weakness.
This episode is a capstone for Season 1, teaching structural mechanics, combustion, materials science, and environmental problem-solving. The dust explosion is a key industrial safety concept. The beam failure is straightforward stress analysis. Use this to synthesize learning across multiple NGSS domains.
Teaching tip: The flour dust demo is memorable and safe if done outdoors with proper precautions. It illustrates the explosion pentagon and combustion rates better than any lecture. Students will remember it.
January 15, 1986
MacGyver is poisoned with a hallucinogenic compound and must locate the antidote before losing his mind. First appearance of Pete Thornton.
4 HACKS IDENTIFIED IN PROGRESSFind and synthesize the antidote to a hallucinogenic poison before neurological damage becomes permanent.
Poisoned during reconnaissance, MacGyver has limited time and mental clarity to construct the necessary tools and solutions while fighting hallucinations.
Reflective wrapper mimics fish scale iridescence, exploiting the Fresnel effect—the same principle behind lure design. The crumpled metallic surface creates scattered light patterns that trigger predatory instinct in fish. A viable emergency fishing method, though patience would be required in MacGyver's condition.
Springs store elastic potential energy (E = ½kx²) proportional to displacement. A bed spring under tension provides sufficient force to launch projectiles. High school physics club demonstrations confirm this—a properly tensioned spring can launch objects with real velocity and accuracy.
Vacuum tubes operate at thousands of volts. Cracking the tube allows atmospheric pressure (14.7 psi) to violently collapse the vacuum, creating an explosive implosion. Historical arc discharge incidents confirm the dramatic and dangerous nature of this device.
Mechanical striking can align ferrite domains in iron, creating temporary magnetization through friction-induced heat and atomic alignment. The effect is weak and temporary, but theoretically possible under specific conditions. Not reliable, but not impossible.
OVERALL GRADE
Hack Viability: 50% confirmed, 50% plausible.
Educational Value: Strong introduction to elastic energy and vacuum dynamics.
Execution: Solid premiere work. The hallucinogenic framing is dramatic without overshadowing the mechanics.
"A promising debut. The bed spring slingshot and vacuum tube principle are classroom-ready. The fishing lure shows creative thinking, though fish would care little for MacGyver's desperation. Pete Thornton's introduction anchors the series—we'll see where this partnership leads."
January 22, 1986
Trapped in a booby-trapped mansion with a defector. Last episode of the opening gambit format.
5 HACKS IDENTIFIED IN PROGRESSEscape a mansion rigged with lethal traps while protecting a high-value defector from hostile forces.
The defector has information crucial to national security but is vulnerable. The mansion itself becomes the adversary—each room presents a new mechanical threat designed to kill intruders.
Acetic acid (CH₃COOH) reacts with sodium bicarbonate (NaHCO₃) to produce carbon dioxide gas: CH₃COOH + NaHCO₃ → CH₃COONa + H₂O + CO₂↑. The resulting gas creates immediate, visible obscuration. Kitchen chemistry textbooks confirm this foundational reaction.
A rotating conductive loop can function as a makeshift radio antenna if the motor provides sufficient RPM. While crude, the principle of rotating conductors in electromagnetic fields is established. Sensitivity would be poor, but theoretical reception is possible.
Radio frequency interference (RFI) can disrupt signals if the jammer produces noise across the target frequency band. Kitchen appliances generate electromagnetic noise; exploiting this requires circuit manipulation but is theoretically viable. Government intelligence agencies have explored similar principles.
Mirrors reflect light at equal angles of incidence and reflection (θᵢ = θᵣ). Two mirrors at 45° angles create a functional periscope—submarines and tactical operations use this principle. A practical, time-tested optical tool.
A motor-driven cart generates noise and movement sufficient to trigger proximity sensors or distract guards. The electrical modification requires basic wiring, and the concept relies on adversary attention being diverted by motion—behaviorally sound if mechanically straightforward.
OVERALL GRADE
Hack Viability: 40% confirmed, 60% plausible.
Educational Value: Excellent introduction to optics, chemistry, and electromagnetic principles.
Execution: The mansion setting elevates the stakes. Kitchen gadgets as tools establish MacGyver's resource-scavenging signature.
"The opening gambit format ends here, and it goes out with style. The vinegar-baking soda reaction is pure pedagogical gold—I use this demonstration in my own classroom. The periscope is textbook optics. The antenna and jammer stretch plausibility but show clever thinking. A solid cap to the pilot phase."
January 29, 1986
Uranium theft at a nuclear power station. MacGyver must prevent a catastrophic breach.
3 HACKS IDENTIFIED IN PROGRESSIdentify and stop the uranium theft, securing the facility before weaponized fissile material leaves the site.
Inside a nuclear power plant, MacGyver must blend technical knowledge with improvisation. Radiation physics and time are both enemies.
Electric clocks depend on alternating current frequency (60 Hz in North America). Bypassing speed-limiting circuits or increasing voltage can theoretically increase clock speed. The modification is crude but demonstrates understanding of motor timing and electrical control.
Magnesium oxide (MgO) is a persistent chemical residue identifiable through physical analysis—flame tests, pH reactions, and thermal properties. Forensic chemistry routinely uses residue analysis to identify materials and trace contamination. A proven investigative technique.
Gamma radiation penetrates concrete (though attenuated). A sensitive Geiger counter can detect radiation through barriers; the reading will be lower than direct measurement, but presence of radioactive material is detectable. Real nuclear security protocols employ this principle.
OVERALL GRADE
Hack Viability: 66% confirmed, 33% plausible.
Educational Value: Introduces radiation detection and forensic chemistry—advanced topics handled respectfully.
Execution: The nuclear facility setting is tense and credible. MacGyver's investigative methodology is sound.
"Now we're in serious territory. Radiation shielding and detection are complex, and the show treats them with appropriate gravity. The geiger counter principle is absolutely correct—gamma radiation laughs at concrete. Magnesium oxide analysis is a genuine forensic technique. The clock rewiring is the weakest link, but it serves the plot. This episode respects the subject matter."
February 5, 1986
A bomb is planted on a cruise ship. MacGyver must locate and defuse it before detonation.
2 HACKS IDENTIFIED IN PROGRESSFind the bomb on a moving ship and neutralize the explosive threat before the timer reaches zero.
Confined to a ship at sea with civilians at risk, MacGyver cannot escape. The bomb's creator has psychological motives that MacGyver must understand to succeed.
Oven cleaner contains sodium hydroxide (NaOH), a strong base. Lactic acid in milk (C₃H₆O₃) undergoes acid-base neutralization: NaOH + acid → salt + H₂O. The reaction is exothermic and produces heat—a legitimate chemical deactivation method for acid-based corrosive materials.
Behavioral analysis of a bomber's device—timer choice, construction method, message content—can reveal psychological patterns and motivation. Law enforcement agencies employ criminal profiling; its reliability varies, but the concept is established and used in real investigations.
OVERALL GRADE
Hack Viability: 50% confirmed, 50% plausible.
Educational Value: The acid-base neutralization is textbook chemistry; profiling is less concrete but narratively necessary.
Execution: The tension is sustained, but the psychological angle carries more weight than the chemistry—appropriate for a thriller.
"The neutralization chemistry is sound. Sodium hydroxide and lactic acid will indeed react, releasing heat in the process—I've run this reaction myself. The profiling segment is shakier ground. Behavioral science is less predictive than the show implies, but it's serviceable for drama. The real tension here is psychological, not technical—a deliberate shift in storytelling emphasis."
February 12, 1986
Protect a high-level defector while uncovering the agency mole leaking their position.
5 HACKS IDENTIFIED IN PROGRESSProtect a defector from assassination while identifying and neutralizing the mole within the agency.
Trust is compromised. Every team member is suspect. MacGyver must improvise defensive measures while maintaining operational security with a traitor possibly nearby.
Power steering fluid and hydraulic brake fluid are both incompressible liquids that transfer force in closed systems. While not interchangeable long-term (viscosity and thermal properties differ), temporary substitution could theoretically function in a hydraulic brake system. Risky but possible in an emergency.
Ultrasonic frequencies (>20 kHz) can induce resonance in glass if the frequency matches the material's natural vibration mode. Resonant failure causes brittle materials to fracture. The principle is sound, though achieving specific frequency control with improvised devices is challenging.
Nylon is a synthetic polyamide (–[NH–(CH₂)ₙ–CO]–) created through condensation polymerization of diamine and diacid. Lab-scale nylon synthesis is standard chemistry coursework. The process is repeatable and well-documented, though field synthesis under pressure is harder than textbook conditions.
Spinning wire does not store digital information in any conventional sense. Magnetic memory requires carefully designed ferrite cores or disk platters with precise bit patterns. A spinning wire is simply a spinning wire—it retains no encoded data. This is pure fantasy with no scientific basis.
A defibrillator requires high-voltage capacitor discharge (joules of energy) applied across the chest. A candlestick is conductive and could theoretically be wired to store and release charge. The improvisation is crude and dangerous, but the electrical principle—capacitive storage and discharge—is valid.
OVERALL GRADE
Hack Viability: 20% confirmed, 60% plausible, 20% busted.
Educational Value: Nylon synthesis is excellent; the spinning wire destroys credibility; ultrasonic resonance is intriguing.
Execution: The mole subplot is compelling, but technical focus suffers. Quantity of hacks exceeds quality.
"The nylon synthesis is legitimate polymer chemistry—I applaud that. The spinning wire is where I draw the line. It's nonsense dressed in sciencey language, and it bothers me. The ultrasonic principle has merit, even if inducing glass resonance is harder than implied. The defibrillator is dangerous to try but theoretically possible. This episode juggles too many hacks at once, and one of them is dead weight."
February 19, 1986
Mission in Bulgaria to recover microfilm. First appearance of Penny Parker.
6 HACKS IDENTIFIED IN PROGRESSRecover microfilm from a hostile location in Bulgaria while escaping enemy forces and extracting with a valuable asset.
International espionage in unfamiliar territory. MacGyver teams with Penny Parker, establishing a crucial partnership. Resources are limited; improvisation is essential.
A coat rack is a rigid lever with a fulcrum and load arm. Applied force at the handle creates mechanical advantage: MA = load arm / effort arm. A properly positioned rack can pry open doors or create gaps. Physics is sound; execution depends on material strength and anchor points.
Handcuffs use simple pin-and-tumbler or ratchet mechanisms. A thin, rigid wire (like an earring post) can manipulate internal components to release the lock. Lockpicking is a documented skill; law enforcement recognizes the vulnerability of handcuff designs to improvised tools.
Gears require precise meshing to transmit torque. Introducing a foreign object between teeth interrupts the gear train, jamming rotation. The principle is simple mechanics; jamming is how emergency brakes work. Entirely plausible.
Rapid cooling of vapor or mixing incompatible liquids creates visible fog through condensation or fine particulate suspension. Dry ice + water and various chemical reactions produce dense fog. The technique is used in stage effects and is reproducible, though field conditions vary.
Lard is a slow-burning fat with a high melting point (~36°C). A lard-coated fuse could theoretically delay detonation through slow thermal degradation. Unconventional but not impossible; it exploits the physics of heat transfer and combustion timing.
Diesel exhaust is hot air and soot particles. While visually impressive, it lacks the structural integrity or density to create an obstacle that stops vehicles. Exhaust dissipates rapidly and cannot obstruct a highway. The visual effect may work on film, but the physics is false.
OVERALL GRADE
Hack Viability: 33% confirmed, 50% plausible, 16% busted.
Educational Value: Mixed. Lockpicking and gear jamming are solid; exhaust as an obstacle is wishful thinking.
Execution: The Penny Parker introduction is strong character work. Technical quality dips; too many hacks dilutes focus.
"Penny Parker arrives and immediately proves her value—excellent addition to the dynamic. But this episode suffers from hack proliferation. The earring pick is criminally clever, and gear jamming is pure mechanics. The coat rack leverage is sound physics. But the diesel exhaust obstacle is where I lose patience. Exhaust is not an obstruction; it's air and particles. The lard fuse stretches credibility. When you pack six hacks into one episode, some will be winners and some will be whiffs."
March 5, 1986
Shot down in Afghanistan. MacGyver must build a hang glider from satellite parts and escape hostile territory.
4 HACKS IDENTIFIED IN PROGRESSSurvive a crash landing, evade enemy forces, and engineer an escape vehicle from salvaged materials.
Stranded in a hostile mountain region with minimal resources. MacGyver must construct an aircraft-quality device in dangerous conditions with limited time.
A hang glider's aerodynamics depend on wing area, weight distribution, and frame rigidity. Satellite materials (aluminum, composite structures) have excellent strength-to-weight ratios. Improvising a functional glider requires precise aerodynamic balance, but materials and principles are sound. Risky but theoretically possible.
A slingshot stores elastic energy in a stretched fabric. The scarf provides elastic potential energy; release converts it to kinetic energy in a projectile. Fabric slingshots are centuries old and work perfectly well. A proven principle from childhood physics.
A pressurized butane tank stores energy (PV = nRT). If the valve is opened while the tank is launched, pressure release creates thrust—essentially a tiny rocket. The concept exploits gas expansion physics. Dangerous and crude, but the principle is valid.
A water pump's diaphragm or seal can be patched with fabric if the material provides the necessary flexibility and water resistance. Fabric patches have been used for centuries to repair containers and mechanical seals. The principle is empirically sound.
OVERALL GRADE
Hack Viability: 50% confirmed, 50% plausible.
Educational Value: Excellent introduction to aerodynamics, elastic energy, and material properties.
Execution: The Afghanistan setting is visceral. The hang glider sequence is the episode's centerpiece and delivers.
"The scarf slingshot is delightful simplicity—elastic energy stored and released. The fabric pump repair is practical engineering, the kind of field expedient you'd actually see. The hang glider from satellite parts is where ambition meets plausibility. Aerodynamically, the challenge is real, but aluminum and composites have the strength-to-weight ratio needed. The butane tank rocket is a nice touch—controlled gas expansion as propulsion. This episode commits to its premise and delivers solid science alongside high-stakes drama."
March 12, 1986
Rescue a brilliant teenage hacker from arms dealers. MacGyver must outthink the criminals.
4 HACKS IDENTIFIED IN PROGRESSExtract a young hacker before criminals exploit their skills for weapons development.
MacGyver faces opponents who understand technology as well as he does improvisation. The target is a genius but vulnerable—rescue and protection require both tactics and care.
Triangulation locates a signal source by measuring direction from multiple receivers. Radio direction finding (RDF) uses antenna gain and signal strength to pinpoint transmitters. Military and civilian tracking employ this principle; it is reliable and well-established.
Solar concentrators (magnifying glasses, mirrors) focus sunlight to extreme temperatures (>600°C at focal point). Rifle primers ignite at ~150°C; concentrated solar heat easily exceeds this threshold. Historical accounts confirm solar fire-starting; firearms ignition is feasible under sunny conditions.
A car battery (12V) produces sufficient amperage (~200A capable) to create an electrical arc between metal. Arc welding fuses metals through intense heat (>3000°C in the arc). Military field expedients have used batteries and cables for spot welding. The principle is proven.
Spray cans (compressed air or inert gas) undergo rapid expansion, causing adiabatic cooling—the gas cools as it expands. The rapid temperature drop can freeze liquids or cool surfaces drastically. Thermodynamics confirms the effect; it is reproducible and widely documented.
OVERALL GRADE
Hack Viability: 100% confirmed.
Educational Value: Exceptional. Radio triangulation, solar ignition, arc welding, and thermodynamics—all classroom-ready.
Execution: Every hack lands. The hacker character adds intellectual depth. This is the strongest episode yet.
"Finally—a perfect episode. Every single hack is confirmed and legitimate. Solar ignition is something I demonstrate in my optics lab. Arc welding from a car battery is field-expedient engineering at its finest. Radio direction finding is the backbone of modern navigation. Spray can adiabatic cooling is thermodynamic gold. And the teen hacker character? Perfect framing device. MacGyver rescues a peer intellect, not just a victim. This is what the show can be when it commits fully to the science."
April 2, 1986
Train hijacking and poisoned medicine. MacGyver must identify the toxin and stop a murderer.
4 HACKS IDENTIFIED IN PROGRESSIdentify the poison, locate the murderer, and stop the train hijacking before casualties mount.
Confined to a moving train with unknown threats. MacGyver must use forensic analysis and improvised chemistry to identify the toxin and apprehend the killer among the passengers.
Salt increases osmotic pressure; seltzer releases CO₂ gas; together in an enclosed container, gas pressure builds. Olives provide mass and friction to disrupt flow. The pressure buildup is real (osmosis + gas release), though controlling precise detonation is difficult. The principle is sound physics applied creatively.
Moonshine is high-proof alcohol (often 150+ proof, ~75% ABV). Ethanol is highly flammable (flash point ~16°C). A simple incendiary—alcohol + ignition source—is reproducible and dangerous. Historically, alcohol-based Molotov cocktails have been used as weapons. Confirmed and deadly.
A polygraph measures physiological responses: heart rate, blood pressure, galvanic skin response. Improvised versions using pulse detection, perspiration observation, and breathing rate changes are used in field interrogations. The science is real; accuracy varies, but the principle is established.
A high-frequency whistle (16–22 kHz) is inaudible to humans but detectable by animals with sensitive hearing. Dogs hear up to ~45 kHz; horses respond to frequencies >10 kHz. The acoustic principle is sound and widely used in animal training. Confirmed and practical.
OVERALL GRADE
Hack Viability: 75% confirmed, 25% plausible.
Educational Value: Outstanding. Osmotic pressure, alcohol flammability, polygraph science, and animal acoustics—all present and correct.
Execution: Excellent pacing. The murder mystery elevates the technical content; MacGyver is detective and engineer simultaneously.
"A masterclass in variety. The salt-seltzer-olives device exploits osmosis and gas generation—clever if finicky. Moonshine as incendiary is chemically sound and historically attested. The improvised lie detector is a real interrogation tool; polygraphs aren't magic, but they work often enough. The horse whistle is elegant—simple acoustics with practical application. This episode demonstrates range. Not every hack is flashy, but all are grounded. The mystery frame keeps you watching between the technical beats."
April 16, 1986
Break a missionary out of a North African prison. MacGyver must engineer multiple escape tools.
4 HACKS IDENTIFIED IN PROGRESSPenetrate a foreign prison, locate the missionary, and facilitate escape before discovery.
MacGyver operates in an adversarial environment with limited intelligence. The rescue target is not aware of the escape plan. Success requires precision engineering and flawless execution.
A spatula creates a distinctive percussive sound when struck or vibrated at frequency. A ceiling fan produces repetitive blade sound at ~60 Hz. Layering these acoustically could simulate distant helicopter rotor noise (60–120 Hz range). Audio mimicry is plausible; fooling trained ears is harder.
Ice melts at a predictable rate (80 cal/gram at 0°C). A weight suspended on ice will fall when the ice melts, closing a circuit or triggering a device. The time delay is controllable by ice mass and environmental temperature. It is simple, reliable, and used in real time-delay applications.
Gunpowder burns at a controlled rate (~2–3 cm/sec for black powder). Extending a fuse with additional gunpowder charges in sequence extends detonation time. The principle is used in blasting and pyrotechnics. Burn rate is predictable and well-documented.
A soccer ball has a surface area of ~1940 cm² and minimal volume (~5600 cm³). Even if heated and sealed, the buoyancy force is insufficient to lift meaningful mass. A hot air balloon requires volume on the order of thousands of cubic meters. A soccer ball is a toy, not an aircraft. Physics simply does not support this.
OVERALL GRADE
Hack Viability: 50% confirmed, 25% plausible, 25% busted.
Educational Value: Mixed. Ice timer and gunpowder fuse are solid; soccer ball balloon is fantasy; helicopter sound mimicry is creative but stretches credibility.
Execution: The prison setting is tense. Technical quality uneven—good moments undermined by the balloon nonsense.
"The ice timer is an elegant application of thermodynamics and simple mechanics—melting ice, falling weight, circuit closure. Gunpowder fuse extension is legitimate pyrotechnics, straightforward and reliable. But then we get to the soccer ball hot air balloon, and I have to shake my head. A soccer ball has roughly one ten-thousandth of the volume needed for any meaningful lift. This isn't engineering; it's cartoon physics. The helicopter sound mimicry is creative but unconvincing. When one hack is this egregiously wrong, it poisons the episode's credibility."
April 30, 1986
Rescue a dissident from a Soviet psychiatric hospital. High-stakes espionage in hostile territory.
4 HACKS IDENTIFIED IN PROGRESSExtract a political dissident from a maximum-security Soviet psychiatric hospital. Infiltrate, locate, and escape with the target.
Operating deep in Soviet territory with no backup and minimal intelligence. MacGyver faces the most sophisticated security yet. Every tool, every second counts.
A potato blocks exhaust flow, backing up exhaust gases and killing the engine. Pressure builds in the combustion chamber as unburned gases accumulate. The engine stalls or shuts down. Simple, crude, and confirmed—it has been used in actual sabotage and is reliable.
A water-jet or cooling intake requires continuous water flow. Fabric jammed into the intake blocks water circulation. Engine heat builds without cooling; the engine overheats or seizes. The principle is mechanical sabotage through flow obstruction—confirmed and effective.
A tungsten filament is thin, flexible, and rigid enough to manipulate lock pins. Extracted carefully, a filament can probe and manipulate simple mechanical locks. Lockpicking with improvised tools is a documented skill; a filament is a viable pick under the right circumstances.
Caulking adhesive (silicone or polyurethane) bonds to surfaces and hardens quickly. As a climbing tool or grip enhancer, it could theoretically increase friction. As a temporary adhesive for structural repair, it is plausible. Application-specific efficacy is uncertain, but the material's adhesive properties are genuine.
OVERALL GRADE
Hack Viability: 75% confirmed, 25% plausible.
Educational Value: Excellent. Engine mechanics, water circulation, lockpicking, and materials science—all present and credible.
Execution: Tense, intelligent, and grounded. MacGyver operates at his peak. The Soviet setting adds weight.
"Outstanding work. The potato exhaust sabotage is crude but effective—I've seen it done. The speedboat intake jam is pure mechanical engineering; you kill cooling, you kill the engine. The lightbulb filament as a lock pick is clever; thin tungsten has enough rigidity. The caulking adhesive is the weakest link, but it's plausible for friction enhancement. This episode delivers on every front. The technical content is serious, and the stakes feel genuine. This is the show at its best."
May 7, 1986
Master of disguise assassin. MacGyver must impersonate the killer to stop an international plot. Season finale.
3 HACKS IDENTIFIED IN PROGRESSIdentify and stop an international assassin. MacGyver must impersonate the killer and dismantle their operation from within.
Operating at the highest level of espionage. MacGyver faces a skilled adversary who is identity itself. Trust is impossible. The season finale requires both technical expertise and psychological warfare.
A board placed over traffic spikes distributes the point pressure across a larger surface area (P = F/A). Pressure below spike penetration threshold prevents puncture. The board provides a safe passage. Physics is straightforward; the technique is used in anti-vehicle operations.
Toothpaste has abrasive particles and chemical additives. Mixing with oxidizers or other compounds could theoretically increase reactivity. The modification is crude and unpredictable, but the principle of chemical enhancement is sound. Dangerous and unreliable, but not impossible under laboratory conditions.
A ruler is a rigid lever with a fulcrum. Applied force at the handle creates mechanical advantage (MA = load arm / effort arm). A properly positioned ruler can pry, lift, or break. Levers are fundamental machines; their efficacy is proven across all mechanical contexts.
OVERALL GRADE
Hack Viability: 66% confirmed, 33% plausible.
Educational Value: Solid. Pressure distribution and mechanical advantage are classic physics.
Execution: The season finale leans more on espionage than engineering, but the hacks serve the narrative. MacGyver ends the season as both agent and inventor.
"A fitting finale. The board over spikes is pressure distribution in action—simple and sound. The ruler lever is textbook mechanics; I demonstrate this in mechanics class. The toothpaste explosive is the weakest—modification of off-the-shelf compounds into explosives is unreliable and dangerous territory. But the episode prioritizes character and espionage over technical depth, which is appropriate for a season closer. MacGyver has been established: brilliant improviser, reliable agent, and genuinely good person. The first season ends strong, though not all on the science. That's acceptable. We've set the stage for what comes next."
22 episodes · September 1986 – May 1987
September 22, 1986
MacGyver tests security at a top-secret military lab where the AI-controlled central computer malfunctions and traps him inside. Man vs. machine in a locked-down facility.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.
September 29, 1986
A hitman posing as a desperate father manipulates MacGyver into helping locate his real target. When the deception unravels, quick thinking is all that stands between Mac and a bullet.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.
October 6, 1986
After a friend's suicide attempt over a con artist's scam, MacGyver designs an elaborate counter-sting to recover the stolen money. Notable as the first episode to use the word "MacGyverism" on screen.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.
October 20, 1986
Scammers trick a young man into impersonating a legendary "Wish Child" said to hold the secret of immortality. Guest stars James Hong, George Takei, and a young Tia Carrere.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.
October 27, 1986
A wilderness rehabilitation trip for teenage gang members goes sideways when their plane crashes in the mountains. MacGyver must pilot the damaged aircraft while managing gang rivalries.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.
November 3, 1986
MacGyver returns home to find his apartment cleaned out — by his old friend Jack Dalton. The trail leads to a Central American rescue mission to save a botanist from drug smugglers.
COMING SOONProf. Stemson is reviewing the footage. Check back soon.