Mammoth

From Rise: The Vieneo Province

Revision as of 16:21, 9 October 2026 by reskin (talk | contribs)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)

NEW from Fortis

The ultimate in cargo management tools!

  • 18 Internal Cargo Bays
  • Mav-Lev cargo loading and maneuvering tools.
  • Massive 4 seat driving crew cab
  • Seats and berths for up to 16 workers.
  • Kitchenette.
  • Able to reach over 90% of the planet surface.
Not licensed for City and street operations.

Specifications

Mammoth — Ground vehicle specifications
General
Manufacturer Fortis Type / role Cargo management vehicle
Price / MSRP 6,278,552 CR Availability Not specified
Restrictions Not licensed for city and street operations IVR series 27000–28999
Dimensions and weights
Length Not specified Width Not specified
Height Not specified Empty / curb weight 231 MT
Fuel capacity 4,071 kg Payload 306 MT
Maximum gross / takeoff weight Not specified
Capacity and equipment
Seats 4-seat driving crew cab; 16 passenger seats Passenger capacity 16 (with berths)
Cargo bays 18 (internal) Cargo capacity Not specified
Internal stowage 17 MT Avionics bays 4
Weapon mounts Not specified Engine count Not specified
Performance
Engine / propulsion Not specified Maximum speed 52 km/h empty on a good haul road
Normal range Not specified Endurance 10 hours at top speed and full capacity
Ground vehicle
Gears Direct drive: 1 forward, 1 reverse Power Not specified
Torque Not specified Wheelbase Not specified
Maximum grade Not specified Suspension 8-wheel independent suspension
Rain Protection Type Wipers

Speed Limitations

The Mammoth is limited to a maximum ground speed of approximately 52 km/h when unladen on a prepared haul road. This restriction is not due to engine power, but rather to the physics of its enormous 3.238-meter-diameter tires.

Each tire must flex slightly with every rotation to carry the vehicle’s immense weight. At higher speeds, that flexing happens more often per second and builds up internal heat. Because heat dissipation in rubber is limited by both size and compound, excessive speed can quickly exceed the tire’s TKPH (ton-kilometers per hour) rating—causing rapid degradation or catastrophic failure.

The Mammoth’s smaller-diameter tires already rotate faster than those on the larger BelAZ-class haulers, making them more prone to heat accumulation. To stay within realistic thermal and structural limits, the vehicle’s top speed is capped dynamically based on load, ambient temperature, terrain roughness, and grade.

In short: the Mammoth isn’t slow because of lack of power—it’s slow because even future-grade rubber can only take so much heat.