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ZCForest
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Electric cargo tricycle with open flatbed body on an urban road

Industry application

Where electric actually wins

Parcel, food, market and courier operators running short routes with high stop counts — the duty cycle where batteries beat engines on cost rather than on principle.

In short. ZCForest supplies electric motorcycles and 200–500 kg cargo tricycles for last-mile delivery, both charging from the same yard post. Motorcycles run 70–160 km per charge on 72 V LiFePO4 packs; tricycles run 80–130 km on 60 V packs with open-bed, box, tipper and refrigerated bodies.

Industry pain points

What keeps costing money

Fuel cost that scales with every drop

Stop-start urban duty is the worst case for a combustion engine and the largest recurring cost in a delivery operation.

Addresses a van cannot reach

Narrow streets, markets and restricted zones where a 500 kg tricycle works and a van does not.

Downtime while vehicles recharge

Charging inside the shift is lost revenue. Swap packs on selected motorcycle models remove it entirely.

Noise rules that close delivery windows

Dawn and indoor deliveries are only available to quiet vehicles.

Three vehicle types, three yard standards

Mixed fleets accumulate incompatible chargers, spares and training until the yard becomes the bottleneck.

What customers need

The brief, in practice

  • Vehicles specified against route length, load and gradient
  • One charging standard across the whole fleet
  • Cargo bodies that match the goods rather than the brochure
  • Telematics for dispatch, where dispatch is how the business runs
  • Battery warranty terms that survive daily cycling

Typical scenarios

Where this shows up

01

Parcel and multi-drop courier routes

Dozens of stops per shift, short hops, and a vehicle that returns to the same yard every night.

02

Food delivery fleets

High utilisation, predictable daily distances, and noise-sensitive residential routes.

03

Market and wholesale distribution

Bulk loads between market, store and customer through streets built before vans existed.

04

Cold-chain short runs

Refrigerated tricycle bodies for chilled delivery over short distances.

Delivery capability

From first call to long-term support

Route and duty-cycle review, vehicle and battery specification, yard charging design using one shared post standard, export logistics and customs support, delivery and handover, rider and maintenance training, then spare-parts supply and 24/7 remote support.

01

Requirement intake

Customer needs, site, load profile and goals.

02

Solution & quote

System design and pricing.

03

Contract

Order confirmation and trade-finance setup.

04

Production

Manufacturing and stocking.

05

Export & logistics

Customs, transport and destination clearance.

06

Delivery support

Remote or on-site commissioning.

07

Training

Operations team handover.

08

After-sales

Long-term support and warranty.

FAQ

About last-mile logistics projects

Motorcycle or tricycle for my routes?
Payload decides it. Rider-plus-box work suits the motorcycle; anything from 200 to 500 kg or multi-drop bulk suits the tricycle. Many fleets run both, which is why they share a charging post.
How do I plan real-world range?
Plan against the lower half of each published band for loaded urban duty with frequent stops. Send route distance, stop count, load and terrain and we will recommend a battery capacity.
Can we charge the fleet from our own solar?
Yes. A commercial solar parking station over the yard generates on site, and co-located storage covers the evening charging peak.
What happens when a battery fails in year three?
Battery warranty runs 3 years on motorcycles and 3–5 years on tricycles, with spare-parts inventory held for quick dispatch and remote fault diagnosis available 24/7.

Have a last-mile logistics project?

Send the site, the load profile and the goal. We come back with a sized proposal.