WHILL Introduces Carbon Fiber Modo Breeze Electric Wheelchair

Updated on July 16, 2026 • 4 min read

WHILL has expanded its personal mobility portfolio with the launch of the Modo Breeze, an ultralight electric wheelchair that uses a carbon fiber composite frame to reduce weight while improving portability for everyday use and travel.

The new wheelchair weighs 28.6 pounds (13.0 kilograms) without its battery and is designed to fold within seconds, allowing users to transport or store the chair more easily than many conventional powered mobility devices.

According to the company, the Modo Breeze is available at a suggested retail price of US$1,999, positioning it as an entry-level powered wheelchair that incorporates composite materials typically associated with higher-end mobility products.

Carbon Fiber Reduces Weight Without Sacrificing Structural Strength

The defining feature of the Modo Breeze is its carbon fiber structural frame.

Carbon fiber composites are increasingly being adopted in mobility devices because they combine high stiffness with low mass, allowing manufacturers to reduce the effort required to lift, transport and handle equipment.

For powered wheelchairs, lowering structural weight can improve portability while helping offset the mass added by electric motors, batteries and electronic control systems.

The folding frame is designed to fit into vehicle trunks and compact storage spaces, supporting users who regularly transport their mobility equipment.

Travel-Oriented Design

WHILL equipped the wheelchair with a 10Ah, 24V, 240Wh lithium-ion battery that the company says complies with airline requirements for battery transport.

A single battery charge provides a travel range of up to 9.5 miles (15.3 kilometers).

The wheelchair is powered by two 180-watt brushless electric motors and incorporates front-wheel suspension, electromagnetic braking and anti-tip wheels to improve ride stability.

Additional accessibility features include flip-up armrests, a flip-up footplate and an LCD controller that displays operating information.

The chair supports users weighing up to 300 pounds (136 kilograms).

Composite Materials Continue Expanding Into Medical Mobility

Professor’s Analysis (PUGC)

Carbon fiber composites have long been used in aerospace and motorsport, but their adoption in medical mobility equipment has accelerated as manufacturers seek to reduce weight without compromising structural performance.

For powered wheelchairs, lightweight construction offers practical benefits beyond simple portability. Lower frame weight can make equipment easier to load into vehicles, improve handling during transport and simplify everyday use for caregivers and users.

Composite materials also provide excellent fatigue resistance and corrosion resistance, characteristics that are valuable for equipment exposed to frequent folding, outdoor environments and long service lives.

The primary engineering challenge remains balancing performance with affordability. Carbon fiber manufacturing typically increases production costs, making wider market adoption dependent on manufacturing efficiency and product design that can deliver meaningful user benefits at competitive price points.

Composite Engineering Broadens Consumer Applications

The introduction of the Modo Breeze illustrates how carbon fiber composites are continuing to expand beyond traditional industrial markets into consumer healthcare products.

As manufacturing technologies mature and composite production becomes more efficient, lightweight structural materials are increasingly appearing in mobility devices where weight reduction directly improves usability and accessibility.

For the composites industry, the launch reflects a broader trend toward applying advanced materials to products that enhance everyday mobility rather than focusing solely on high-performance transportation and aerospace applications.

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