High-Performance Electric Motion — Engineered for Private Land Use
Lab9’s EV Division represents the next frontier of motion engineering — a fusion of electric mobility, mechanical balance, and precision control built specifically for controlled terrain, private tracks, and closed testing environments.
Using the KABOO high-performance scooter architecture as the foundation, Lab9’s engineering team is redesigning and tuning the entire system end-to-end:
- Torque-precise electric drivetrains engineered for stability
- Suspension dynamics optimized for high-speed cornering
- Structural reinforcement for track-grade stress handling
- Electronic control systems developed fully in-house
- Custom-designed scooters for private land & track use only
- Mechanical rebalancing for precision cornering & acceleration
- Integrated electrical control systems tuned for real-time response
- Battery & motor optimization using industrial-grade controller logic
The EV Division isn’t building everyday scooters — it is creating precision electric machines where mechanical artistry meets electrical science, designed for enthusiasts, researchers, and developers.
Development Phase
Concept
Engineering Architecture
Powertrain + Controls Integration
Final Optimization
Launch — Q4 2026
Technical Features
High-Torque Motor
Optimization
Engineered for controlled terrain acceleration, peak torque stability, and thermal efficiency under performance loads.
Custom Suspension
Geometry
Precision-tuned for cornering balance, vibration control, and safe maneuverability in private-track environments.
Intelligent Control Logic
(Motor + Battery)
In-house controller algorithms synchronize motor output, cell response, and throttle mapping for consistent performance.
Private-Use Compliance
(Track & R&D)
Designed specifically for non-public terrain, prototype evaluation, industrial testing, and enthusiast track setups.
Why Lab9’s EV Division Is Unique
“Each scooter is tuned like a race machine — structurally balanced, electrically stable, and mechanically uncompromising.”
Precision Mechanical Engineering
Every frame, joint, and load path is designed for high-G cornering and controlled acceleration on private tracks.
Electric Control Intelligence
Lab9 develops its own controller logic for torque stability, power curves, and temperature-aware performance delivery.
Real Track-Based Tuning
Instead of generic performance claims, each machine is tested through repeated validation cycles across private terrain conditions.
Designed for Enthusiasts & Developers
Not mass-market scooters — but high-precision electric motion systems built for experimental projects, R&D, and serious hobbyists.
Pre-Orders Open Q4 2026
Be the first to collaborate, test, or deploy custom electric motion systems.