Pride Legend Classic 3
The new Legend Scooter combines the latest style and performance technology at a great value. Standard features include a top speed of up to 5.75 mph, 350 lbs. maximum weight capacity and an easy lock-up system for quick disassembly. Plus, the new lower dual-bulb headlight offers excellent pathway illumination. The Legend´s sleek styling and advanced features will have you turning heads every time you turn a corner. FEATURES Enhanced state-of-the-art rear suspension Increased top speed of up to 5.75 mph Increased maximum weight capacity of 350 lbs. Ultra-simple lock-up for quick assembly/disassembly Advanced new reclining high-back seat with height-adjustable headrest Easily accessible tie down points (for transport of unoccupied scooter) Reduced length: 3-Wheel: 45.5"/ 4-Wheel: 47" Easy access to rear electronics Tiller-mounted, recessed "marker" headlight New dual-bulb, adjustable lower headlight for optimal pathway illumination Tight turning radius: 3-Wheel: 41" / 4-Wheel: 57" Reinforced front nose section for durability SPECIFICATIONS Overall Length: 45.5" Overall Width: 24" Per-charge Range (Max): up to 25 Mi. (varies w/ passenger weight) Maximum Speed: variable up to 5.75 MPH Turning Radius: 41" Total weight, incl batteries: 204 lbs. Weight w/o Batteries: 155 lbs. Wheels: Front: 3.5" x 10" Rear: 4" x 10" Ground Clearance: 3.5" Battery (typical installation): (2) 12 volt deep cycle (SLA or gel cell); Size: U1 (32 AH) Battery (optional sizes): NA Drive Train: Sealed transaxle, 24 volt DC motor Battery Weight*: 24.5 lbs. Ea. Battery Charger: On board 3A Weight Capacity: 350 lbs. Seat type (standard): CRS DX High-back recliner w/headrest Seat coverings: Gray vinyl Standard Seat Weight: 45 lbs. Standard Seat Width: 18" usable Standard Seat Depth: 18" usable Body colors: Metalic Cherry Red or Viper Blue Heaviest Piece Weight: 61 lbs.(rear section) Disassembly: 7 easy-to-transport pieces *With battery size typically shipped on new units: Note: Turning radius derived in accordance with ANSI/RESNA methodology
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