Caribou Hyssop V-12 hyper-car 1.0

A stable, high speed track demon that can speed down the straights and carve through turns.

  1. El_Malo
    Meet the Caribou Hyssop —

    If you thought BeamNG’s fastest cars were already insane… this thing rewrites the rules.

    The Caribou Hyssop is a carbon‑fiber, magnesium‑block, V12 monster pushing 1,897 horsepower through an advanced AWD system. It rockets from 0–62 mph in 1.65 seconds, shreds the quarter mile in 7.3 seconds, and keeps pulling all the way to 351 mph.

    Active aero slams the car into the pavement with over 4,700 lb of total downforce at top speed, letting you carve corners at 2+ g like it’s nothing. The 8‑speed DCT snaps through gears instantly, and the pushrod suspension keeps the chassis planted no matter how hard you drive it.

    This isn’t just a fast car.
    It’s a BeamNG physics stress test disguised as a hypercar.
    screenshot_2026-08-15_19-45-48.png screenshot_2026-08-15_19-48-15.png screenshot_2026-08-15_19-51-14.png screenshot_2026-08-15_18-17-48.png screenshot_2026-08-15_18-18-48.png UE427Screenshot20260815-17470177.png UE427Screenshot20260815-17470986.png UE427Screenshot20260815-17473626.png
    Specs are as follows:

    Dimensions:
    Wheelbase: 89.37 in (2,270 mm)
    Overall Length: 162.19 in (4,118 mm)
    Overall Width: 80.38 in (2,041 mm)

    Construction:
    Chassis: Carbon fiber monocoque
    Body Panels: Carbon fiber

    Drivetrain & Transmission
    Layout: Mid‑mounted, longitudinal engine
    Drive System: Advanced all‑wheel drive (20% Front 80% Rear)
    Transmission: 8‑speed dual‑clutch transmission (DCT)
    Gear Ratios:
    *1st (2.82): ~67 mph / 108 km/h
    *2nd (2.05): ~92 mph / 148 km/h
    *3rd (1.46): ~129 mph / 208 km/h
    *4th (1.09): ~173 mph / 278 km/h
    *5th (0.85): ~222 mph / 357 km/h
    *6th (0.69): ~273 mph / 440 km/h
    *7th (0.57): ~332 mph / 534 km/h
    *8th (0.48): ~393 mph / 633 km/h
    Final Drive: 4.34

    Aero: Active Aero
    Downforce:
    @ 100 mph: (Front) 263 lbs (Rear) 128 lbs (@ 161 km/h: (Front) 119 kg (Rear) 58 kg)
    @ 200 mph: (Front) 1,039 lbs (Rear) 507 lbs (@ 322 km/h: (Front) 471 kg (Rear) 230 kg)
    @ 300 mph: (Front) 2,356 lbs (Rear) 1,152 lbs (@ 483 km/h: (Front) 1069 kg (Rear) 523 kg)
    @ 350 mph: (Front) 3,220 lbs (Rear) 1,575 lbs (@ 563 km/h: (Front) 1461 kg (Rear) 714 kg)

    Traction Control:
    ABS / Launch Control / Traction Control (comfort/sport)

    Steering: Electronic Variable

    Suspension:
    Front: Pushrod
    Rear: Pushrod
    Weight
    Curb Weight: 2,665 lb (1,209 kg)
    Weight Distribution: 50.6% front / 49.4% rear
    Tires: Front and Rear - P365/25R19 124(Y)
    Wheel/Rim Material: Carbon Fiber

    Engine:
    Displacement: 751 cu in (12.3 L)
    Bore: 4.142 in (105.207mm) (Bored-Over to 4.22 in (107.188mm)
    Stroke: 4.472 in (113.589mm)
    Configuration: Magnesium V12 block with aluminum DOHC 48‑valve heads
    Billet Steel Crank / Titanium Connecting Rods / Light Forged Pistons
    Induction: Naturally aspirated, direct injection
    Compression Ratio: 12.4:1
    Horsepower: 1,897.1 hp @ 9,700 RPM (1,414.23 kW)
    Torque: 1,190.4lb-ft @ 6200 RPM (1,613.97 Newton-Meters)
    Redline: 10,500 RPM

    Performance:
    0–62 mph: 1.65 s (0–100 km/h: 1.65 s)
    Quarter Mile: 7.3 s
    Top Speed: 351 mph (565 km/h)
    20‑meter Skidpad: 1.65 g
    200‑meter Skidpad: 2.03 g

    Braking:
    15.7 inch 6-piston Carbon Ceramic Front
    15.7 inch Single-Piston Carbon Ceramic Rear
    62-0 mph (100-0 kph) stopping distance: 86.1 feet (26.24 meters)

    Efficiency & Emissions:
    Fuel Economy: 9 mpg (26.1 L/100 km)
    Emission Standard: Euro 2 (Automation-WES 5)

    I love constructive criticism and input. I've built several hundred cars and have imported them into BeamNG but this was the first one I liked the handling well enough to upload it to the repository. If there is enough demand, I'll build an interior for it in my next update.
    Note: Tested in BeamNG Version 0.39
  1. This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
    By continuing to use this site, you are consenting to our use of cookies.
    Dismiss Notice