Cargo vs Passenger E-Tricycle: Choosing the Right Platform for Your Fleet

Every fleet buy starts with the same fork in the road — and on an e-tricycle platform it is not a trim level, it is a separate chassis. The passenger trike is engineered around a bench seat, a weather canopy and a duty cycle that ends when the meter closes; the cargo trike is engineered around a drop-side box, a reinforced rear axle and a duty cycle that ends when the payload is emptied. The two share a three-wheel architecture, a differential hub motor and a 60V/72V electrical system — but they solve different jobs and they price differently. This guide puts the two platforms side by side so a buyer can pick the right one for a fleet order, or the right mix for a depot that runs both.

The Two Platforms, Side by Side

The passenger and cargo platforms are built in the same factory on the same three-wheel architecture, but they differ where it matters to a route. Here is the headline spec comparison a procurement manager should carry into a quote call:

Spec	Cargo E-Tricycle	Passenger E-Tricycle
Motor	800W / 1000W / 1200W differential hub, 60V/72V	800W–1200W differential hub, 60V
Battery	60V 32Ah NMC / 72V 40Ah LFP	60V 32Ah / 60V 45Ah
Range (loaded)	50–80 km	60 km per charge
Top speed	25–35 km/h	40 km/h
Payload / capacity	300 kg (EU) / 500 kg (non-EU), 150–500L box	2–6 passengers plus driver
Weather protection	Drop-sides, optional insulated lining	Canopy plus side curtains
Brakes	Hydraulic disc front + dual drum rear, parking brake	Hydraulic disc front + rear
Primary market	Logistics and last-mile delivery	Urban taxi, shuttle and ride-hail
MOQ	50 units	30–50 units

Three wheels give both platforms the stability that a two-wheeler cannot offer with a load or with passengers on board — the same reasoning covered in the differential and drivetrain guide. The differences below are what actually separate the two.

What the Passenger Platform Optimizes

The passenger trike is a revenue machine built around seating capacity and rider comfort. It seats 2–6 passengers beside the driver, and on the fleet model the config pairs a 1000W differential motor with a 60V 32Ah pack for a 60 km per-charge range and a 40 km/h top speed — the pace a city taxi or shuttle needs to cover a route and come back for the next fare. The spec that makes it work in the real world is the weather canopy and side curtains: a ride-hail seat that gets rained on does not get rebooked, so the enclosure is what protects the per-trip revenue during a monsoon season or a midday heat spike.

Because the passenger platform earns money per seat rather than per kilogram, the operating economics are also different. A trike carrying 3+ passengers clears more revenue per day than the same chassis carrying the same mass as parcels — the per-day revenue model is worked through in the taxi and shuttle guide, and the rental variant in the tourism rental guide. Where the platform really wins is on a short, repeated urban route with many stops, where the seat count compounds across a shift.

What the Cargo Platform Optimizes

The cargo trike is built around mass. On a reinforced steel chassis it carries 300 kg (EU spec) / 500 kg (non-EU) in a 150–500L box with drop-sides, and the box can take an insulated lining for temperature-sensitive loads. The motor is offered in three tiers — 800W, 1000W and 1200W — matched to the payload and the terrain, which is the exact decision covered in the motor power guide. Everything downstream of the motor is spec’d for load: hydraulic disc brake up front plus dual drum rears and a parking brake (brake systems), 3.00-12 front / 3.75-12 reinforced dual rears (tires), and a leaf-spring rear suspension so a laden trike does not beat itself apart on a potholed street.

Because it carries weight, the cargo platform is where the per-kilogram economics live. The three FOB price tiers — roughly $1,250–1,550 for the 800W base, $1,580–1,880 for the 1000W build and $1,880–2,250 for the 1200W LFP configuration — track the payload and range, and the full bill-of-materials logic is in the cost breakdown guide. A fleet that moves the same tonnes a day will pick the cargo platform almost every time.

The Real Cost: Dollars per Kilogram vs Dollars per Seat

This is the sharpest way to frame the decision. The cargo platform is bought as cost per kilogram of payload capacity, so a denser route (parcels, produce, beer, building supplies) amortises the vehicle faster. The passenger platform is bought as cost per seat, so a route with a constant stream of riders amortises the vehicle per trip. The two seldom compete on the same street: a lunch-rush courier run is a cargo job, a 6pm shuttle run is a passenger job. When a fleet runs both, the capital question becomes how to finance two platform lines — structured in the fleet financing guide — and how the battery pack is shared across the two.

Duty-Cycle Fit: Which Application Needs Which

Use the application, not the price, to make the first cut:

Application	Platform	Why
Food / parcel / courier delivery	Cargo	Needs box volume and payload for stacked drops
Grocery / bakery / florist runs	Cargo	Multi-stop drops with holdable, insulated load
Retail / wholesale restocking	Cargo	Volumetric goods, heavy crates
Street taxi / shuttle / ride-hail	Passenger	Seat count and canopy drive per-trip revenue
Campus / resort / airport transfer	Passenger	Multiple riders, weather enclosure, short loops
Community health / mobile outreach	Cargo (equipped)	Carries clinics, equipment and supplies

Every one of these rows has a deeper write-up on the blog — from the construction and grocery runs to the cargo trike vs pickup comparison. The application-first frame keeps a buyer from over-ordering the wrong platform.

The Hybrid Answer: Running a Mixed Fleet

Most depots that grow past a few vehicles end up with both platforms. The chassis is common enough that one order can mix a cargo run and a passenger run on the same bill of lading, and the shared drivetrain — matched by the motor and controller guide — means a depot carries one spares set for two vehicle types. The drop-side cargo box can also be configured as a flatbed or fitted to take a bench seat, so a single chassis can be re-specced if the route mix shifts, which is worth a fast conversation with sales rather than a second platform purchase.

Market Reality: What Your Region Actually Needs

The two platforms ship to the same primary markets — Africa, Southeast Asia and Latin America — where rough roads, heavy loads and long rainy seasons are the norm. That changes the recommendation: for a hot tropical market the cargo platform is offered with an LFP 72V 40Ah pack, which tolerates heat better than an NMC pack and is cycle-rated for the long days a loaded trike works; for a monsoon market the passenger trike’s canopy and side curtains are the difference between an all-weather service and a cancelled one. Compliance and the export paperwork that gets either platform through the border are the subject of the China import guide and the EU vs US certification guide.

A Decision Matrix for Fleet Buyers

Score your fleet against these three columns and the answer usually falls out:

Decision factor	Lean cargo	Lean passenger
What you move	Goods, volume, weight	People, per-trip fares
Route shape	Many drops, loaded legs	Short repeated loops, constant riders
Weight of the day	Heavier per trip	Heavier per day from seat count
Weather exposure	Box keeps load dry	Canopy keeps riders dry
Repair posture	One spares kit, box+axle focus	One spares kit, seat+canopy+brake focus

If you still land on both, order both — but order them on one PO against the same MOQ and the same 15–30 day lead time (30–45 days for a first custom-branded run) so the two lines arrive together and can be commissioned as one fleet. That ordering rhythm, and the way a first-time buyer plans a sample before a full container, is laid out in the OEM guide.