Comfort Mobility
Relaxed posture, back support, and a low riding position for riders who want comfort without losing the joy of cycling.
rideaxlow.com
Axlow
A low-slung recumbent trike built for comfort, control, integrated lighting, and a locally manufacturable path from prototype to pilot batch.
Campaign Concept
A practical recumbent trike, shaped like a serious mobility product.
Axlow V1 focuses on the core riding experience first: two steering wheels up front, one rear driven wheel, a reclined seat, side steering handles, long chain routing, and dual front braking. The page will evolve like a product campaign as the prototype moves from concept to CAD, fabrication, testing, and pilot production.
LayoutTadpole
Wheels20 / 20 / 26 TBD
FrameMS tube prototype
DriveRear chain first
LightingHeadlamp + brake lamp
Built For
Urban Exploration
A stable, expressive short-distance ride for parks, campuses, gated communities, resorts, and leisure routes.
Made To Evolve
A manufacturable base platform that can later support cargo kits, electric assist, lighting, cockpit electronics, and lighter frame variants.
Why Axlow
Most bicycles ask the rider to adapt. Axlow adapts the ride.
A recumbent trike changes the experience: lower center of gravity, full back support, no balancing at stops, and a relaxed field of view. Our opportunity is to build that format with a practical Indian manufacturing path and a product language closer to light mobility than hobby hardware.
Prototype path5 steps
Primary formatTadpole trike
Launch goalRideable V0
CommunityOpen collaborators
Launch Configuration
Start mechanical. Design the upgrades from day one.
Axlow V1 is being shaped around proven recumbent trike principles and practical manufacturing choices, with the first prototype focused on comfort, stability, serviceability, and a clear upgrade path.
Tadpole stability
Two steering wheels up front create a planted, confidence-building layout for braking and cornering.
Reclined comfort
A supported low-seat posture reduces wrist, neck, and saddle pressure compared with a conventional bicycle.
Adjustable fit
The concept uses an adjustable front boom and seat mounting plan to support different rider heights.
Serviceable drivetrain
Prototype 0 uses bought-out bicycle drivetrain parts first, keeping testing, repair, and sourcing practical.
Front disc braking
Dual front mechanical disc brakes are planned for strong, controllable stopping during early ride tests.
Automotive-style lighting
Headlamp, tail lamp, brake lamp, and side visibility are part of the design direction, not afterthought accessories.
Product Modules
Campaign-style options we can reveal as the build matures.
These are not all launch promises. They are the product lanes we can validate, price, and convert into variants or add-ons after the base chassis proves itself.
Core recumbent trike
The first Axlow should prove comfort, stability, steering feel, braking confidence, fit adjustment, and serviceability.
Lighting pack
Integrated headlamp, brake light, rear running lamp, reflective side markers, and wiring routes designed into the frame.
Compact ride console
A small cockpit module inspired by motorcycle navigation units: speed, range, battery, ride mode, and turn cues later.
Electric assist
Rear hub or mid-drive assist can be studied after the mechanical platform is validated and packaging is understood.
Visibility System
Lighting should feel integrated, not clipped on.
Inspired by bicycle safety products and automobile cues, Axlow can use a headlamp, rear running lamp, brake lamp, and side reflectors as part of the body language. The first prototype can carry mounts and cable paths; the full lighting pack can be developed after ride testing.
Build Roadmap
From concept page to first rideable prototype.
Concept freeze
Lock V1 geometry, wheel sizes, seat angle, steering layout, and bought-out parts list.
CAD review
Create the SolidWorks assembly and review chassis load paths with experienced fabricators and designers.
Prototype 0
Fabricate the first rideable MS tube version with chain drive, dual front brakes, and basic lighting mounts.
Ride testing
Test fit range, turning radius, braking balance, chain routing, comfort, vibration, and serviceability.
Pilot-ready design
Refine for DFM, jigs, repeatability, finish quality, accessory mounts, and early customer feedback.
Still Being Decided
Open questions for engineering review.
We can keep these visible on the site as honest development notes. As the mechanical design is reviewed, each TBD can move into the final design packet.
- Final wheel size mix
- Seat shell material
- Front suspension decision
- Internal gear hub feasibility
- Electric assist architecture
- Console hardware and app scope
- Pilot batch pricing
- Regulatory requirements
Build With Us
Interested in contributing to Axlow?
We are looking for useful input from people who understand mechanical design, fabrication, CAD, cycling, testing, partnerships, or early product building.
Review Packet
Concept documents for collaborators.
These early documents are meant for mechanical review, CAD and manufacturability planning, and product feedback from early riders and collaborators.
Early Interest
Follow Axlow as it moves toward Prototype 0.
Join the early list for prototype updates, test ride interest, collaboration, manufacturing feedback, or dealership conversations.