Ultra Heavy Duty mobility scooter
We’re reimagining the heavy-duty mobility scooter with the Maxima 4-Wheel. Forget that it’s a high-weight-capacity mobility device. Instead, imagine high performance. Think sleek design. Picture superior comfort, reliability, and usability. Think mobility reimagined.
The Maxima offers a heightened level of comfort and style for the ultra-heavy-duty scooter class. It has a 500-pound weight capacity, a reclining captain’s chair, a headrest and a 22-inch seat.
Out front and leading the way, a three-part thin and bright LED headlight package looks more like it belongs on a luxury SUV, not a Class II medical device.
The wraparound delta tiller offers full and ergonomic control of four solid, never-flat, 10.75-inch tires that dominate the road ahead.
And we haven’t even started talking about what’s under the hood.
How the heavy-duty scooter lives up to its name
A 24-volt DC motor powers the Maxima 4-Wheel mobility scooter up to 5.8 mph. Through brilliant design, the engineers at Pride still managed to achieve a battery capacity of up to 19.5 miles per charge.
Standard safety features include a rearview mirror, seatbelt, and taillights.
The Maxima 4-Wheel Mobility Scooter starts by answering the first question in mobility: how do we get riders to their destination safely and comfortably? But that’s just the beginning.
Brochures: Maxima Brochure (US)
Owner's Guides: Maxima Owner's Manual (US)
- Pride® FDA Class II Medical Devices are designed to aid individuals with mobility impairments.
- Due to manufacturing tolerances and continued product improvement, this specification is subject to a variance of +/- 3%.
- Does not account for anti-tip clearance.
- Width of base (not including seat).
- Battery weight not included.
- Includes standard seat weight.
- Battery weight may vary based on the manufacturer.
- Deep cycle (AGM or gel cell type recommended).
- Varies with user weight, terrain type, battery amp-hour (AH), battery charge, battery condition and tire condition. This specification can be subject to a variance of (+ or -) 10%.
- Tested in accordance with ANSI/RESNA, WC Vol 2, Section 4 and ISO 7176-4 standards. Results derived from theoretical calculations based on battery specifications and drive system performance. Test conducted at maximum weight capacity.