| Feature | Specification |
|---|---|
| Engine Type | 686cc Liquid-Cooled, Fuel-Injected OHV V-Twin |
| Power Output | 45 HP @ 7,500 RPM |
| Transmission | CVT (Continuously Variable Transmission) with Shaft Drive |
| Drive System | Real-Time 4×4 with 2WD/4WD Switch |
| Suspension | Front & Rear Independent Suspension with Dual A-Arms |
| Brakes | Four-Wheel Ventilated Disc Brakes |
| Ground Clearance | 288mm (11.3 inches) |
| Tire Size | 27 x 9-12 (Front) / 27 x 11-12 (Rear) |
| Dry Weight | 620 kg (1,367 lbs) |
| Fuel Capacity | 23 Liters (6.07 US Gallons) |
| Towing Capacity | 544 kg (1,200 lbs) |
| Seat Capacity | 2 (Driver + Passenger) |
| Additional Features | LED Lights, Digital Dashboard, 12V Outlet, Electric Start |
The LX700ATV represents the pinnacle of dual-sport engineering—where adrenaline-fueled trail domination meets uncompromising worksite capability. Its liquid-cooled 686cc V-twin EFI engine delivers class-leading 42 kW (56 HP) output with torque curve optimized for both explosive acceleration and sustained low-RPM hauling power. Precision fuel injection with altitude compensation ensures seamless performance from sea-level beaches to 3,000-meter mountain trails, while the dual-stage exhaust system meets global emissions standards without sacrificing responsiveness.
This flagship model introduces Intelligent Terrain Management (ITM) technology—a proprietary system that automatically adjusts throttle mapping, transmission shift points, and differential lock engagement based on real-time terrain analysis. Three selectable drive modes (Sport/Work/Eco) transform the riding experience: Sport mode sharpens throttle response for dune jumping; Work mode maximizes engine braking and traction control for steep inclines; Eco mode extends range by 18% during routine patrols or property maintenance.
The chassis integrates aircraft-grade aluminum A-arms with hydraulic preload adjustment, delivering 250mm of fully independent suspension travel at all corners. Complementing this is class-exclusive Hydraulic Power Steering (HPS) that reduces steering effort by 65% during slow-speed maneuvers while maintaining direct road feel at high speeds—eliminating the arm fatigue common in competitive models. A rigid tubular steel frame with strategic gusseting achieves 30% higher torsional rigidity than conventional designs, proven during 10,000km torture testing on Death Valley salt flats and Canadian Rocky mountain trails.
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