Sustainability built into every layer

Most companies bolt sustainability on as an afterthought. We built it in from the start. Every component of the CUE ecosystem — the materials, the energy, the manufacturing, the batteries, and the logistics — is designed to reduce emissions, eliminate waste, and use resources as efficiently as possible.

Bio-Composite Materials

Built from agricultural waste. Stronger than steel.

The CUE vehicle body is constructed from bio-composite materials derived from agricultural waste — the kind of material that would otherwise be discarded. It's stronger per kilogram than steel, fully recyclable at end of vehicle life, and significantly cheaper to produce than traditional automotive materials. Generative AI optimises the structure for maximum strength-to-weight, using less material without compromising durability or safety.

• Sourced from agricultural by-products — no virgin petrochemical inputs

• Lighter than metal — extends battery range and reduces energy per delivery

• Fully recyclable at end of vehicle life — no landfill

• Lower production cost than steel or aluminium bodywork

• AI-optimised structure uses only the material that's actually needed

• Moulds into any shape — design flexibility without tooling complexity

• Locally sourceable feedstock in almost any region — no import dependency

Local Micro-Factories

Made near where it's needed. Not shipped across the world.

Traditional vehicle manufacturing is centralised in a handful of factories — usually overseas — and finished vehicles are shipped thousands of miles to their destination markets. That shipping is expensive, slow, carbon-heavy, and fragile. Our micro-factory model eliminates it entirely. Each factory is built locally, using locally sourced bio-composite materials and a local workforce. The vehicle is made in the city — or close to it — where it will operate. No container ships. No tariff exposure. No 10,000-mile supply chain for a vehicle that will never travel more than 20 miles a day.

• Factories built near deployment markets — eliminating finished-vehicle shipping emissions

• Locally sourced materials keep the carbon footprint of inputs low

• Local labor force supports community employment and economic development

• "Lights-out" AI robotics reduce energy use and waste per vehicle produced

• Deployable in 180 days — rapidly responsive to new market demand

• Franchise model means each factory is locally owned and operated

• Eliminates tariff exposure from centralised overseas manufacturing

Battery Lifecycle & Swapping

Batteries that never end up in a landfill.

One of the most pressing environmental problems with electric vehicles is what happens to the battery at end of life. With most EVs, the answer is unclear at best. With CUE, it's by design. Because weave.mobility owns and leases every battery pack — rather than selling them to operators — we retain full control over the entire lifecycle. We know where every pack is, how it's performing, when it needs servicing, and when it's ready for recycling. Nothing gets abandoned. Nothing gets lost. Nothing ends up in a landfill.

• Battery leasing model — weave.mobility retains ownership and lifecycle control

• Full track and trace on every pack from production to recycling

• Modular 6-pack system means individual cells can be replaced, not entire packs

• Hot-swap in under 90 seconds — zero idle charging time, zero wasted energy

• End-of-life recycling managed centrally — not left to individual operators

• Second-life battery use explored before recycling — maximising value from every cell

• Dramatically reduces likelihood of battery packs ending in landfill vs. owned EV model

Modular Multimodal Cargo Hubs

Logistics: Pre-sorted. Pre-routed. Practically zero waste.

Most delivery inefficiency happens before the vehicle ever leaves the depot — packages mis-sorted, vehicles overloaded for some routes and underloaded for others, drivers wasting time at the kerb figuring out the next stop. Our mobile cargo hubs solve this at the source. Packages are sorted into modular cargo boxes at the hub before departure, grouped by delivery zone, and loaded onto the vehicle that covers that zone. The vehicle leaves knowing exactly what it's carrying and where it's going. No street-side sorting. No backtracking. No wasted miles.

• Packages pre-sorted into modular cargo boxes at the hub — zero street-side sorting

• Vehicles loaded only with what they need for their specific zone — no dead weight

• AI-optimised routing reduces total miles driven per delivery

• Solar-assisted hub operations reduce grid electricity consumption

• Mobile hubs deploy to high-demand zones — vehicles travel shorter distances from hub to first stop

• Repositionable as demand shifts — no fixed infrastructure wasted when patterns change

• Reduced packaging damage from pre-sorted, secure modular boxes vs. loose loading

• Fewer vehicles needed per delivery volume vs. traditional unsorted loading

Our Technology

weave.mobility isn't a vehicle company. It's a logistics operating system. The CUE platform weaves together every layer of urban last-mile delivery: the vehicle,the cargo, the energy network, and the manufacturing model- into a single integrated ecosystem that gets smarter, cheaper, and more efficient the larger it scales.

CUE Electric Modular Logistics Vehicle

The foundation of the fleet Ultra-compact, autonomous-ready, and built from bio-composite materials derived from agricultural waste. Hot-swap batteries mean zero charging downtime. Every variant; manned, autonomous, or carrier, shares the same modular platform.

Automated Mobile Cargo Hubs

The depot is wherever demand is Solar-assisted automated micro-container hubs deploy to any high-demand zone. Smart modular cargo boxes pre-sort deliveries before the vehicle ever leaves the hub. No leases. No fixed infrastructure. Fully repositionable.

Zero downtime, by design Six hot-swappable battery packs per vehicle, exchanged in under 90 seconds at any hub. Batteries are leased, tracked, and recycled by weave.mobility — keeping upfront fleet costs low and energy uptime at 100%.

Battery Swaps

AI empowered, highly automated, low CAPEX

Localized Micro-Factories

Mobile Cargo and Battery Swap Hubs

"Lights-out" AI robotics enable 24/7 production. Built from agricultural bio-composites. Deployable in 180 days, globally franchise-able, cutting manufacturing and shipping emissions and costs while supporting local manufacturing.

Solar Assisted Micro-Factories

CUE Electric Modular Logistics Vehicle

The foundation of the fleet Ultra-compact, autonomous-ready, and built from bio-composite materials derived from agricultural waste. Hot-swap batteries mean zero charging downtime. Every variant; manned, autonomous, or carrier, shares the same modular platform.

The depot is wherever demand is Solar-assisted automated micro-container hubs deploy to any high-demand zone. Smart modular cargo boxes pre-sort deliveries before the vehicle ever leaves the hub. No leases. No fixed infrastructure. Fully repositionable.

Mobile Cargo and Battery Swap Hubs

Bio-Composite Structure

Automated Mobile Cargo Hubs

Zero downtime, by design Six hot-swappable battery packs per vehicle, exchanged in under 90 seconds at any hub. Batteries are leased, tracked, and recycled by weave.mobility — keeping upfront fleet costs low and energy uptime at 100%.

AI empowered, highly automated, low CAPEX

Resin Transfer Molding

"Lights-out" AI robotics enable 24/7 production. Built from agricultural bio-composites. Deployable in 180 days, globally franchise-able, cutting manufacturing and shipping emissions and costs while supporting local manufacturing.

Advanced Local Micro-Manufacturing

Why we're different: We're not just building vehicles;
we're building a new way to manufacture.

• "Lights-Out" Automation: AI-controlled robotics enable 24/7 production with minimal human intervention.

• Sustainable Materials: Built from bio-composites derived from agricultural waste, reducing environmental impact.

• Globally Deployable: Set up a micro-factory anywhere in 180 days, using local materials and labor to bypass tariffs and supply chain issues.

CUE: Urban Scale Modular
Compact Electric Vehicle

Compact / Agile / Sustainable
Designed for nimble navigation in dense city logistics
6 hot-swappable compact batteries
Modular quick-swap cargo modules
Woven bio-composite body structure

Cue transformed our delivery efficiency.

J. Lee

"

Urban Scale Modular
Compact Electric Vehicle

Designed for nimble navigation in dense city logistics

Cue transformed our delivery efficiency.

J. Lee

"

ULTRA-SUSTAINABLE LAST-MILE DELIVERY FOR THE URBAN CORE

Our Solution: The CUE AI-Optimized Ecosystem

A fully integrated system designed from the ground up to create a seamless, efficient, and sustainable logistics network.

Modular Battery Swapping

Eliminate downtime with instant, driver-swappable batteries

Ultra-Compact EV

Designed for nimble navigation in dense city logistics

Self-Learning Fleets

AI algorithms optimize routes and battery usage in real-time.

Mobile Cargo Hubs

Dynamic, modular hubs that eliminate brick-and-mortar dependency.

Rethinking Urban Delivery

At Quanta Mobility Labs, we built the Cue platform to make city deliveries cleaner, smarter, and more reliable.

Cue transformed our delivery efficiency.

J. Lee

"

Experience video like never before

Immersive full screen, full width visuals with seamless text overlay

Rated 5 stars

★★★★★