Quinn Labs research
The vehicles
we still need
Every generation solves the problems of the last. One Fleet explores the questions that could shape the next generation of commercial transport. These are engineering research concepts — not products. These concepts are not current One Fleet product capabilities.
The Future Garage
Every vehicle begins with one question
Concept vehicle 001 · QV-01
The 500 Mile Van
Can commercial transport eventually achieve all five of these at once?
Concept vehicle 002 · QV-02
The Cooperative Van
Can commercial vehicles share useful operational knowledge without sharing commercial advantage?
Concept vehicle 003 · QV-03
Living Battery
Can a battery continually and honestly explain its own health, age, charging habits and remaining useful life?
Concept vehicle 004 · QV-04
Repair-First Van
Can every component be designed for replacement, with minimal waste and a long service life?
Concept vehicle 005 · QV-05
The Greenhouse Van
Can a load space hold a living climate without spending the range the round depends on?
The Future Timeline
Why the technology changes
2026
Today's van
Today
3.5 t electric panel van, 150–200 real miles in winter
Why it changed
Range is honest only when you measure it loaded, cold and in traffic — which almost nobody does.
What it means for a fleet
One Fleet is designed to measure the real figure and remembers it per vehicle.
The Engineering Wall
Questions we cannot yet answer
Each of these remains open. They stay on this page until they are not.
Can commercial vehicles travel 500 miles without compromising payload?
Range is currently bought with mass, and mass is bought from the payload the job was booked on.
Evidence One Fleet already holds
One Fleet is designed to measure energy per tonne, per degree, per gradient, on real rounds.
Can charging become almost invisible?
Charging is still a dedicated stop rather than something that happens while the vehicle is already stationary.
Evidence One Fleet already holds
One Fleet knows how long every vehicle already dwells, and where.
Can batteries explain themselves?
State of health is inferred from outside a sealed pack, so operators plan around a number they cannot audit.
Evidence One Fleet already holds
One Fleet narrates observed degradation from journey outcomes rather than from a percentage.
Can depots become power stations?
Grid connection queues and peak demand charges decide what a depot can charge, long before the vehicles do.
Evidence One Fleet already holds
One Fleet knows when each vehicle leaves and how much energy it will actually need.
Can logistics become genuinely circular?
Packaging, panels and packs leave the depot and rarely come back in a recoverable form.
Evidence One Fleet already holds
One Fleet already plans empty returns as a journey type.
Permanent section
Engineering wish list
Not fantasy. Engineering goals that would genuinely transform logistics if they became achievable.
Read the wish listWho might help
Could you help answer one?
None of this happens inside a software company. It happens when the people who make vehicles, cells, materials and rounds work on the same specific problems.
- Industrial designers
- Vehicle manufacturers
- Universities
- Battery companies
- Fleet operators
- Materials scientists
Every concept on this page is research. No specification is claimed and no vehicle here exists.