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BLACK MESA RESEARCH FACILITY Ventilation plenum for use with helmet Air tanks Air tank recharge line, Air compressor Ventilation supply conduit Heat exchanger Pulse tube refrigerator Air quality monitor Temperature controller Ventilation return conduit Air fan Contaminate, odour, and carbon dioxide scrubber Water separator Atmospheric monitor Tracking device Accelerometer- Elbow joint Elbow joint seal lock Forearm reactive armour sheets HEV MK IV PROTECTIVE SYSTEM The Hazardous EnVironment (HEV) Suit Mk IV is the latest in the Black Mesa Research Facility's series of advanced protective garments used by Black Mesa personnel to facilitate research activities in the harshest of conditions. Following the trend set by the HEV Mk III, the Mk IV employs a powered exoskeleton and electronic protective shell, finely directed by an onboard computer. A plethora of integrated sensors and medical equipment keep the user aware, informed, and insured at all times. Development of the Mk IV began in 1994, with the Black Mesa Lambda design corp heading the project. Backed by DARPA funding, development was contracted to ILC Dover and Garrett AiResearch (now AlliedSignal), both veterans of spacesuit design. By 1998, the result was a production-ready, state-of-the-art multipurpose environment suit that leveraged the capabilities of modern material sciences and computerized electronics to deliver unprecedented performance. Arm ventilation conduit Glove disconnect button Glove bearing Upper arm unlocking mechanism Sphygmomanometer, Non-invasive blood, content monitor Toroidal articulation circuitry Gore-Tex outer layer. Toroidal Joints The joints of the HEV Mk IV are of a soft construction, consisting of stacked gel-filled toroids. The joints flex with the user in a manner similar to an accordion, with one side of each of the toroids in the joint compressing, and the other side expanding along with the gel. The gel is semi-compressible, and is highly impact resistant, serving as a trauma mitigator. Each toroid is built from a woven electroactive polymer, allowing it to selectively compress parts of itself, forcing the gel to fill and expand the remaining volume of the toroid, and thus articulate its shape. Under unpowered conditions, the user is easily able to flex each joint, as the gel will freely move to accommodate the expanding and compressing sides of the joint. With computer-controlled direction, the joints can be forced to follow, support, and enhance user inputs by articulating each joint's shape. Right hand display and control module is synchronized with left hand FINANS Digit armour Polyurethane-sealed Nylon ripstop pressure bladder Aluminized Mylar insulation Rayon spandex comfort liner Circuitry pass-through Tracking device Accelerometer 000000 SS NO WHE Communications antenna, Circuitry bus Leg ventilation tube end- Accelerometer, Toroid gel tubes, Geiger counter, Primary battery chain Impact monitor, Ankle joint seal lock 12 3846 F 12v 3346 PUTHORD Microphone 950 megabyte hard drive Neck dam provides comfort as well as preventing fluids from flooding suit when submerged Speaker nr Motherboard Recharge plug and transformer assembly Shoulder bearing 074 HALE OT Tracking device Interface board VHDCI port Biomedical sensor -Leg ventilation conduit Leg data and control conduits Thigh support brace Thigh joint seal lock Medical injection syringes Tracking device Fluid monitor intake Knee joint - Shin closure buckles -Shin plate Ankle joint Medical injection ports ● ● -Impact-resistant helmet Gold-plated visor Microphone for augmented hearing Vocoder outlet Reactive armour sheets Reactive Armour Leveraging the same electroactive polymer technology as used in its toroidal joints, the Mk IV's protective system consists of numerous plates of reactive armour sheets. Each plate is made of multiple layers, one of which being the sensor layer which converts kinetic readings into electronic signals, and the remaining layers being sheets of woven reactive polymer that hardens in response to the sensor layer's detection of physical trauma. This allows the Mk IV to soak up impacts, whether it's from blunt force or from projectiles. Shoe closure buttons Gore-Tex cowl Molybdenum alloy outer shell Lambda Complex insignia Diagnostic display Suit diagnostic interface Syringe access cover Fast Facts The Mk IV weighs nearly 55 kg (121 lbs), but the suit's powered joints make it feel closer to 20 kg (44 lbs). PVC laminate outer layer Reactive armour sheets PVC covered steel toe 20 Kalrez 9100 soles Each Mk IV is custom fitted to its user, and costs roughly $130 million USD per unit. Impact mitigating gel sole - Accelerometer Flexible jointed assembly of titanium sheets insulate shoe when standing on hot surfaces

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HEV Mk IV cross-section


Uploaded by YeetYeetAwoo Nov 26, 2023 at 12:27PM EST

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Origin Entry: Half-Life

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Kommando_Kaijin
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Kommando_Kaijin

  • >Hard Drive.
  • >Rechargeable batteries, likely Lithium-ion.

You just know that HDD's going to suffer a head crash 5 minutes into the Resonance cascade, and now I need a video of Gordon Freeman bursting into flames immediately upon being zapped by a Vortigaunt due to the Li-ion batteries exploding upon being overcharged and overheated by literal alien space lightning.

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1,960 views (4 from today)

Uploaded Nov 26, 2023 at 12:27PM EST

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Half-Life

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@WhaleOil2

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half-life, half life, gordon freeman, hev suit, hev, cross section, armor, fanart, whaleoil2

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