The Most Insane BeamNG Speed Record

The Most Insane BeamNG Speed Record — Summary

Storyline / video arc

• The creator attempts to break top-speed records in BeamNG.drive using the stock HT55 (a dump truck) and progressively upgrades/mods it until it reaches extreme speeds.
• The run begins with the stock truck (~700 hp, ~40 tons) topping out around the high 70s km/h. The creator then:
  • removes weight (bed, nonessential components),
  • upgrades turbos and engine parts,
  • installs nitrous,
  • uses a community mod for drivetrain/final-drive improvements,
  • and finally creates powerful custom engines.
• The video alternates between methodical tuning (weight, gear ratios, final drive) and chaotic high-power tests that produce wheelspin, wheelies, engine explosions, and terrifying high-speed visuals of a 30-ton dump truck.

Key speed milestones (approximate)

• Stock HT55: ~76–78 km/h
• Removing bed and further weight reduction: up to ~79 km/h
• Max turbo (engine ~1,093 hp): ~80 km/h
• Nitrous added (power ~2,400 hp): nitrous bursts to ~120–126 km/h
• Heavy stripping (brakes, steering, hydraulics, emptied tank) dropping weight to ~23.3 t: ~126 km/h (with nitrous peaks)
• Community mod (final drive, engine parts, manual transmission): >130 km/h without nitrous; ~148 km/h with nitrous
• Added engine upgrades (~4,000+ hp) and longer final drive: ~170–190 km/h; nitrous pushing past ~200 km/h (truck ~30 t)
• Custom modded engines:
  • ~28,500 hp: speeds climb to ~250–315+ km/h; nitrous/final-drive changes push past ~330 km/h
  • Doubling RPM: truck breaks 400 km/h (400–426 km/h)
  • ~67,000 hp attempt: massive wheelspin and eventual engine explosion
  • Improved traction and clutch-dump technique: stable runs reaching ~500 km/h
  • “Bob” engine (~100,000 hp): launches truck into ~600 km/h territory with extreme wheelies and destruction

Strategies, techniques, and tips

• Weight reduction
  • Remove the bed and all nonessential components (brakes, air filters, hydraulics, emptied fuel tank) to reduce mass and improve acceleration.
• Power upgrades
  • Max out turbochargers and fit engine performance parts before addressing gearing.
  • Add nitrous for temporary, large power boosts during top-speed runs.
• Final drive / gearing
  • The stock final drive is often a bottleneck; lengthening/optimizing final-drive ratios is required for higher top speeds.
  • Use a manual or custom transmission to stay in the power band more effectively.
• Nitrous usage technique
  • Reach redline (or the engine’s peak revs) first, then engage nitrous for the biggest top-speed jump.
  • Nitrous can damage turbos or blow engines if misused.
• Traction management
  • Wheelspin limits how much power is usable—improve tire grip or use clutch-dump techniques to hook up power.
  • Locking differentials can help maintain straight-line traction.
• Cautionary notes

  Extremely high power and altered RPM/torque curves can cause engine explosions, wheelies, uncontrollable spin, or other instability. Mods can bypass in-game limits but may break realism or stability—proceed with caution and adjust throttle/gear ratios carefully.

Step-by-step (condensed approach used in the video)

1. Start with the stock truck and measure baseline top speed.
2. Iteratively:
   • Remove weight (bed, tank, nonessentials).
   • Upgrade turbo and engine components.
   • Add and test nitrous (use bursts at redline).
   • If limited by gearing, install a final-drive mod or switch to a manual/custom transmission.
   • Improve tires/traction when wheelspin becomes dominant.
   • For absolute extremes, create or install custom high-power engines and carefully tune RPM/torque curves.
3. Test frequently, watch for wheelspin and engine stress, and adjust gearing or traction accordingly.

Gameplay / entertainment takeaways

• The video mixes technical tuning guidance with spectacle—serious experimentation plus comedic, destructive outcomes.
• Visuals of a 30-ton dump truck exceeding 200 km/h (and later several hundred km/h) are striking and often terrifying.
• The creator emphasizes incremental testing and learning the vehicle and game mechanics before applying extreme mods.

Gamers / sources featured

• Muya — video creator (references prior “T-Series” video and iterations of his persona)
• An unnamed modder — community mod used for final drive and engine parts (author not specified)
• Game: BeamNG.drive (implied by context)