3-Wheel Commuter Vehicle for Disabled Drivers

Author: Al Thompson, R.E.A., C.E.I.
Published: 9 Jun 2009 - Updated: 15 Feb 2026
Publication Type: Product Release, Update

Table of Contents:
Synopsis - Definition - Overview - Insights, Updates - Related Content

Synopsis

This product listing presents a 3-wheel commuter vehicle specifically engineered for wheelchair users by paraplegic designers and builders based in Southern California. Unlike traditional handicap vans that require electric lifts and difficult transfers, this gas-powered vehicle allows drivers to roll their wheelchair directly up a rear ramp, lock in, and drive off - offering a simpler, more affordable alternative at under $10,000 MSRP. The vehicle runs on a Yamaha 125cc engine, achieves 55 miles per gallon, and is street legal without requiring a motorcycle license. With 10 units already built and thousands of miles of real-world testing completed, this project represents a practical mobility solution for disabled drivers, veterans, and everyday commuters seeking an economical way to get around.*

Topic Definition

3-wheel Disability Commuter Vehicle

A 3-wheel commuter vehicle for disabled drivers is a compact, street-legal motorized vehicle designed to allow wheelchair users to drive without transferring out of their chair. These vehicles typically feature a rear entry ramp, a locking system to secure the wheelchair in the driver's position, and a small-displacement engine or electric motor that provides enough power for local road use while maintaining high fuel efficiency. Licensed in most jurisdictions as a motor scooter rather than a motorcycle or automobile, they occupy a middle ground between full-size wheelchair-accessible vans - which are expensive and cumbersome for short trips - and electric mobility scooters, which are generally limited to sidewalks and low speeds. The category targets not only disabled drivers but also aging populations and anyone seeking a low-cost, fuel-efficient option for daily errands and short commutes.

Overview

Investors Wanted for 3-wheel Commuter Vehicles for Disabled Drivers

Developers of three wheel mobility vehicle for persons with disabilities seeking investors for financing project located in USA.

Investors: introducing: the 2010 "chariot" or "breeze" (name to be determined).

• New 3-wheel commuter vehicle for disabled drivers.
• 55 mpg / 45-50+ mph (street legal - driven on the street - not an electric scooter).
• Made in USA (San Pedro, ca).
• Easy and fun to drive: drive wheelchair in rear diamond-plate ramp, lock-in, start the new quiet Yamaha 125cc engine & drive off.

Scenario for disabled commuters:

Going to the market or to get a haircut? Drive your wheelchair to your gas-hog handicap van, lower electric lift gate, struggle to get from wheelchair into driver's seat. Drive to destination. Repeat those exhausting steps 3 more times before you get back home or drive wheelchair into the new 2010 chariot / breeze, lock-in, start engine and drive off. You stay in your wheelchair. Simple and easy and economical to drive.

Features:

• Stable ride.
• Outstanding turning radius.
• Licensed as a scooter. (No motorcycle license required)

Equipment:

Equipped with the new Yamaha 125cc 4-stroke engine, automatic transmission, lights - horn - turn signals, sleek sturdy fiberglass body (assorted colors or custom paint is available). Plenty of room for on-board storage.

Designer and builder:

Engineered & built by paraplegics. The builder is an active paraplegic. This unique commuter vehicle can be equipped with a motorcycle seat or bench seat for able-body commuters.

Two units are driven all over southern California on a daily basis.

This commuter vehicle has shown to be very dependable - thousands of miles of every-day usage.

Target markets:

Private disabled drivers "with abilities", able-body commuters, municipal, commercial / industrial, military applications, veterans administration (disabled vets)... And all commuters who want to get from 'point a' to 'point b' economically. World-wide potential!

MSRP:

Under $10,000USD

Ready to re-start production: all engineering, suppliers / vendors and business & marketing plans are in place. We are ready to start production in the San Pedro, ca USA area (south of Los Angeles). 10 units already built.

We are seeking a qualified investor / partner with $250,000+ to re-start production for the first two (2) years. A partnership may be considered for the right party.

About us:

Bios of the principals (Ron, paraplegic, 67 & Al, 56) are available on request.

Serious inquiries only: this unique commuter vehicle looks even better in person "it is what it is". This is a ground floor opportunity.

Contact Information

Al Thompson, R.E.A., C.E.I.
Principal, Environmental Consultant
Y3K Energy Solutions
2390 Crenshaw Blvd., #360
Torrance, ca 90501 usa
Phone: (310) 497-1798
Fax: (310) 847-7020

Insights, Analysis, and Developments

Editorial Note: The gap between full-size handicap-accessible vans and low-speed electric scooters has long left wheelchair users with few practical choices for short-distance commuting. What stands out about the Chariot/Breeze concept is its straightforward, no-nonsense approach to that problem - skip the lift gate, skip the painful transfer to a driver's seat, and just drive your wheelchair straight in and go. The fact that the vehicle was designed and built by paraplegics who understand these daily frustrations firsthand gives it a credibility that outside engineering firms would struggle to match. Whether or not this particular venture secures its needed investment, the underlying idea - a lightweight, fuel-efficient, wheelchair-accessible commuter vehicle at an affordable price point - speaks to a real and underserved need in the disability community and beyond.*

Attribution/Source(s): This quality-reviewed publication was selected for publishing by the editors of Disabled World (DW) due to its relevance to the disability community. Originally issued as a press release by Al Thompson, R.E.A., C.E.I. and published on 9 Jun 2009. Last updated on 15 Feb 2026. This content may have been edited for style, clarity, or brevity.

* Editorial additions by Ian C. Langtree.