Engineering & Technical Specifications
What are the core motor performance specs and drivetrain capabilities?
Ryvid electric motorcycles are powered by a 72V air-cooled brushless DC motor featuring flux weakening technology. The motor generates a rated power of 10 hp (7.5 kW) with peak output reaching up to 20 hp (14 kW). Drivetrain transfer features a clutchless direct-drive system utilizing a Continental Synchroforce Carbon Belt with a 4.7:1 final drive ratio, delivering 53 ft-lb of peak motor torque and up to 250 ft-lb of torque at the rear wheel.
How is the structural frame engineered and manufactured?
The chassis incorporates aerospace-inspired construction principles utilizing cold-folded, corrosion-resistant 316 stainless steel. The design eliminates traditional frame welding, relying instead on precision mechanical riveting and fastening. This lightweight design maintains rigidity, simplifies assembly, and ensures high durability under diverse environmental conditions.
What are the exact dimensions, weight, and suspension parameters?
Vehicle dimensions and key engineering parameters include:
- Weight: Total weight of 313 lbs (142 kg) with battery, or 226 lbs (103 kg) without battery, configured for optimal 50/50 front/rear weight distribution.
- Wheelbase & Clearance: 52-inch (1,321 mm) wheelbase with 7.5 to 8.5 inches (190.5 mm to 215.9 mm) of ground clearance depending on model tuning.
- Front Suspension: Inverted cartridge-style forks with 30-click damping adjustment and 100 mm (3.93 in) travel.
- Rear Suspension: Proportional adjustable rear shock with 30-click damping adjustment and adjustable preload.
- Brake Hardware: Front 320 mm floating disc with radial quad-piston hydraulic caliper; Rear 240 mm disc with twin-piston caliper.
How does the electronic seat height adjustment function?
Ryvid features a patented variable seat height actuator controlled electronically via handlebar switches. Riders can adjust seat height on-the-fly between 31 and 34 inches (787 mm to 863 mm) above ground to accommodate varied operator statures, fleet requirements, or high-speed stability needs.