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Rear Wheel Drive Power Wheelchairs

Shop Marc's Mobility for rear wheel drive power wheelchair models from trusted brands like Pride Mobility, Permobil, and Merits Health. The mobility devices reach speeds of up to 6-8 mph, offer driving ranges up to 20-25 miles per charge, and use two rear drive motors with two front casters for stable outdoor performance. Designed for grass, gravel, slopes, and uneven terrain, these rear wheel drive wheelchairs feature advanced suspension and durable frames for reliable daily mobility.

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What type of mobility device
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What type of mobility device is right for me?

Mobility Scooters are equipped with a handlebar/tiller feature that is used to drive the device. A tiller can be adjusted to each user but if you have limited arm strength or it would be uncomfortable to have your arms outstretched operating the scooter.

A Power Chair is operated with a joystick that is comfortably located at the end of the chair's arm. You operate a power chair by small movements of the joystick, side-to-side or front to back. If you have limited fine motor skills operating a power wheelchair may be challenging.

Black joystick controller with buttons on a white background
Close-up of a steering wheel with control buttons on a vehicle, likely a golf cart or similar vehicle.

What is the difference between a travel and non-travel unit?

A travel scooter can be quickly disassembled into sections and is designed to be hand-loaded into a vehicle. That said, the weight of each section and one’s ability to handle and lift that weight, should be considered.

Full Size or non-travel units have many other benefits such as higher ground clearances, faster speeds and longer battery ranges just to name a few. However, a vehicle lift or ramp is required to transport these units.

Black electric wheelchair on a white background
Black and red mobility scooter with a basket on a white background
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  • Whill Model C2 Power Wheelchair
    Length 38.5
    Max Speed (MPH) 5.0
    Product Total Weight 114.0
    Turning Radius 29.9
    Weight Capacity (LBS) 300.0
    Width 21.7
  • Pride Go Chair Power Wheelchair
    Disassembles Yes
    Heaviest Piece 36.0
    Max Speed (MPH) 3.7
    Total Distance (Miles) 8.7
    Turning Radius 25.5
    Weight Capacity (LBS) 250.0
  • Merits Health P-710 Atlantis Bariatric - New
    Length 44.0
    Max Speed (MPH) 5.0
    Total Distance (Miles) 32.0
    Turning Radius 31.5
    Weight Capacity (LBS) 600.0
    Width 27.0
  • Merits Health P-312 Compact FWD/RWD Dualer Power Wheelchair - New
    Length 39.0
    Max Speed (MPH) 5.0
    Total Distance (Miles) 18.0
    Turning Radius 21.0
    Weight Capacity (LBS) 300.0
    Width 24.0
  • Merits Health P-310 Regal Power Wheelchairs - New
    Length 39.0
    Max Speed (MPH) 5.0
    Total Distance (Miles) 18.0
    Turning Radius 21.0
    Weight Capacity (LBS) 300.0
    Width 24.0
  • Merits Health P-301 Gemini Power Wheelchair - New
    Length 41.0
    Max Speed (MPH) 5.0
    Total Distance (Miles) 20.0
    Turning Radius 21.0
    Weight Capacity (LBS) 350.0
    Width 24.0
  • Merits Health P-101 Power Wheelchair - New
    Length 43.0
    Max Speed (MPH) 4.0
    Total Distance (Miles) 18.0
    Turning Radius 23.0
    Weight Capacity (LBS) 300.0
    Width 26.0

What Is a Rear-Wheel Drive Power Wheelchair?

A rear-wheel drive power wheelchair features two large drive wheels at the rear that provide powered movement, paired with two smaller front casters. Drive wheels propel the chair forward or backward, while casters - small wheels that pivot freely - handle steering by initiating turns. Each rear drive wheel is powered by independent motors, allowing them to rotate at different speeds or directions for smooth turning.

The placement of drive wheels affects key aspects like stability, turning behavior, and terrain handling, making drive type a critical choice for daily use.

  • Rear drive wheels: large, powered wheels for propulsion and traction
  • Front casters: pivoting small wheels for directional changes
  • Independent motors: one per drive wheel for precise control
  • Joystick/controller: handles speed and direction input

The Core Benefits of Rear-Wheel Drive: Stability, Control & Comfort

A rear wheel drive power wheelchair delivers exceptional stability, precise control, and a smoother, more comfortable ride through its unique design.

Stability and Weight Distribution

The placement of drive wheels at the rear creates a larger base and concentrates the chair's weight where the motors are located. This configuration provides front-of-chair stability and directional stability - meaning the wheelchair resists tipping during outdoor travel and maintains a secure, grounded feel on uneven terrain.

The larger footprint makes RWD wheelchairs particularly stable on grass, gravel, slopes, and other challenging surfaces where a narrower base might feel unstable.

Enhanced Control and Intuitive Operation

Rear wheel drive wheelchair models feature independent motors on each drive wheel, allowing you to adjust one wheel independently of the other. This means your joystick can fine-tune turns and corrections with precision.

For straight-line travel - moving forward across open outdoor spaces - RWD can feel natural and intuitive because you see where your feet are heading, and the chair naturally wants to track straight.

Outdoor Power and Tracking at Speed

RWD delivers substantial power for propelling through softer terrain like grass and wet ground. The mobility device handles grade changes - hills, ramps, and uneven slopes - more smoothly than other configurations. Equally important is tracking, which means the wheelchair stays straight at higher speeds (typically 6 mph or more) without requiring constant joystick corrections. This stability at speed reduces fatigue and increases confidence during longer outdoor journeys.

Superior Suspension and Ride Quality

Rear wheel drive power chairs excel with advanced suspension systems that prioritize a smooth ride over varied surfaces. These systems come in two main types: independent suspension and standard suspension. Independent suspension allows each wheel to move on its own, absorbing jolts separately to reduce harsh impacts. Standard suspension links wheels together for simpler operation, but transmits more vibration across the frame. Both enhance comfort with shock absorbers - often fitted to all wheels or select positions depending on the model - dampening bumps effectively.

By keeping four wheels on the ground, RWD configurations distribute forces evenly, minimizing energy transfer to the user and boosting overall stability. This design provides ground clearance over obstacles while reducing vibration on rough terrain, ensuring comfort during grade changes and everyday navigation.

Outdoor Performance and Terrain Capability

RWD power wheelchairs are designed for outdoor environments and uneven terrain. The placement of the drive wheels at the rear - where the motor power is concentrated - gives these chairs an advantage when navigating grass, gravel, slopes, wet pavement, and sidewalk cracks. The rear wheels push the front casters over rough ground, which may reduce the likelihood that the powered wheels become stuck compared to configurations where the drive wheels encounter obstacles first. This design makes outdoor navigation more confident and reliable.

Ground clearance plays an important role in RWD outdoor performance. A well-designed rear wheel drive wheelchair maintains sufficient clearance between the chassis and the terrain, allowing the chair to roll smoothly over minor obstacles without catching or losing momentum. When you encounter grade changes - such as a driveway ramp, a sloped sidewalk, or a mild hill - the rear drive wheels and powered suspension work together to maintain traction. On inclines and side slopes, the weight distribution and independent motors on each rear wheel allow for precise traction control.

Speed stability and tracking are equally important outdoors. At speeds of 6 miles per hour or higher, RWD wheelchairs naturally track straight and true, meaning they maintain a stable, predictable line without requiring constant joystick correction. This inherent directional stability makes long outdoor journeys - through parks or across parking lots - feel smooth and effortless.

Who Should Choose a Rear-Wheel Drive Wheelchair?

RWD configuration suits users whose daily lives center on outdoor activities. Opt for a rear wheel drive power wheelchair if you spend significant time outdoors, have limited upper-body strength or control, prioritize stability over tight indoor maneuverability, travel at higher speeds, or regularly tackle ramps, slopes, and uneven ground at home or outdoors.

RWD is not the best choice for frequent tight indoor environments or those requiring close-access positioning, like reaching sinks or counters in small spaces.

Here’s a quick checklist to make sure the RWD wheelchair is the right fit for you:

  • You spend significant time outdoors or on uneven surfaces
  • Stability matters more than tight indoor turns
  • You have limited upper-body strength
  • You travel at higher speeds and need reliable tracking
  • Wheelchair ramps and slopes are common in your routine
  • You prioritize comfort on rough surfaces over the smallest turning radius

Rear-Wheel Drive vs. Front-Wheel & Mid-Wheel Drive: Quick Comparison

Choosing between RWD, front-wheel drive (FWD), and mid-wheel drive (MWD) power wheelchairs depends on your lifestyle and environment - no configuration is universally better. Each excels in specific areas.

Feature

Rear-Wheel Drive

Front-Wheel Drive

Mid-Wheel Drive

Stability

Front and directional stability for straight-line confidence on uneven ground

Good traction with forward weight for obstacle climbing

Center-of-gravity balance with platform stability

Turning radius

Larger, suited for open spaces

Tight and responsive for confined areas

Tightest, ideal for sharp indoor turns

Outdoor performance

Superior tracking and power on terrain like grass or slopes

Strong obstacle climbing and traction

Balanced with good suspension adjustment

Indoor maneuverability

Challenging in tight spots like hallways

Excellent for close-access positioning

Most intuitive for narrow spaces

Best use case

Outdoor-focused lifestyles with uneven terrain

Tight indoor spaces and daily obstacles

Mixed indoor/outdoor with frequent turns

Frequently Asked Questions

What is suspension, and why does it matter in a rear-wheel drive wheelchair?


Suspension refers to shock absorbers and springs that cushion impacts from uneven surfaces. It minimizes vibration and jarring, ensuring a smoother ride over grass, gravel, sidewalk cracks, and slopes. Better suspension supports comfort on outdoor terrain, a key strength of the RWD configuration.

Can I use a rear-wheel drive wheelchair indoors, or is it only for outdoor use?


Yes, an RWD wheelchair can be used indoors, though it has a larger turning radius than mid-wheel-drive or front-wheel-drive models. This makes navigation in tight spaces like bathrooms, kitchens, and narrow hallways more challenging.

What turning radius should I expect with a rear-wheel drive wheelchair?


RWD wheelchairs have the largest turning radius among the three main configurations, typically ranging from 24 to 48 inches depending on model and seating position. Front casters initiate turns, which support stability and directional control but trade off tight maneuverability. This makes them ideal for outdoor use, prioritizing steady performance over confined-space agility.

What speeds do rear-wheel drive wheelchairs typically reach, and does speed affect performance?

Most rear wheel drive wheelchairs reach a top speed of 6 mph, with some models reaching up to 8 mph. The RWD configuration tracks well at higher speeds, reducing constant joystick corrections and arm fatigue for outdoor users.

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