Most electric truck pilots are designed to succeed rather than to learn. They run the newest trucks on the friendliest routes with the most motivated drivers, declare victory, and then the full-fleet business case collapses at the first hard week. The pilots that actually convert to full electrification share a different design: they are built to generate decision-grade data under normal operating conditions, with control groups and pre-agreed success thresholds. This article sets out that design — the structure we recommend to fleet clients launching a first trial, typically around ten units of the KT5J electric delivery truck, with worked context from our Kenya electric truck market guide, where several such programmes are in motion.
| Component | Specification | Purpose |
|---|---|---|
| 8 electric units | KT5J-class, standard fleet spec | Trial population |
| 2 spare-capacity units | Held on harder routes | Tests duty-cycle edges the median hides |
| Depot charging | 1 × 120 kW DC + 8 × 60 kW AC positions | Simulates full-fleet infrastructure economics |
| Telematics, both sides | Identical data fields on electric and diesel control units | The comparison is the experiment |
| Driver rotation | All route drivers cycle through electric units monthly | Acceptance measured across the workforce |
| Workshop logbook | Every intervention, both drivelines, costed | Real maintenance delta, not brochure delta |
At month nine, the pilot produces its report against the pre-registered thresholds. Three outcomes are all successes: full conversion, where the numbers beat the bar and the rollout plan activates with known duty-cycle data, known driver training needs, and known infrastructure cost; partial conversion, where specific route families electrify first — the pattern we see most, with dense urban routes converting years before long rural runs; and a documented pause, where the fleet learns the gaps that must close (a grid upgrade, a route restructuring, a charging-window change) and returns when they have. The failed pilot is only the one that generated no usable data — the showcase pilot with cherry-picked routes and no control group.
From our side of the table, pilot orders get engineering attention disproportionate to their size: the sizing study, the charging design, driver training delivery, and a technical-desk relationship for the pilot's duration. The units themselves are standard production vehicles — pilots should never run prototypes, because the data must describe the trucks the fleet would actually buy at scale. And because KT5J-class units retain their value in secondary deployment, the downside case for the pilot fleet is bounded: trucks that finish a pilot convert to regular duty, transfer to a sister operation, or resell into a market where their duty history is documented by the very telemetry the pilot produced.
The pilot's final deliverable is a decision document, and its structure determines whether nine months of data becomes a fleet commitment or a filing-cabinet artefact. The template we deliver with pilot programmes runs to five sections, each answering one executive question. Section one, did the trucks do the work? — route completion rate, uptime, availability, against the thresholds registered before the pilot began. Section two, what did it cost? — the side-by-side per-km ledger with the diesel control units: energy at the depot's actual tariffs, maintenance from the workshop logbooks both sides, with the charger share of infrastructure honestly amortised in. Section three, what did the people do with the trucks? — driver acceptance scores across the rotated roster, acceptance trends, and the operational friction log (the small adaptations dispatch made in month two that month nine forgot were adaptations). Section four, what surprised us? — the anomalies register, classified and dispositioned, because the surprises are the pilot's actual product: the charging schedule that needed a 40-minute shift, the route that needed a pack pre-condition, the tyre wear pattern that needed the electric-specific rotation. Section five, what should we buy, and when? — the conversion recommendation with route families ranked by electrification readiness, the infrastructure plan, and the procurement phasing the data supports.
The discipline throughout: every number in the report traces to a source a sceptic can pull — the telematics export, the workshop invoice, the survey record. Pilots that document themselves this way end the conversion argument before it starts, because the answer to "should we?" is no longer a position but a dataset.
The scenario planning that ends the pilot design conversation is the downside one, and it deserves an honest answer: what if the trucks fail the thresholds? The assets are the answer. The KT5J-class units that finish a pilot — even a failed one — carry their telemetry history, their maintenance records and their certified battery SOH into secondary deployment: shorter routes at a sister operation, resale into a market where their documented duty history commands a premium over unproven trucks, or transfer into the fleet segment the data showed they actually suit. The charging infrastructure, sized and load-studied for the pilot, serves whatever fleet follows it — the depot does not know or care whether its trucks are pilots or permanents. The driver training compounds into the workforce. The organisational learning — what the evaluation committee learned to ask, what the workshop learned to service, what dispatch learned to schedule — is retained regardless of the decision. Measured against those salvage values, the pilot's true downside cost is a fraction of its nominal budget, which is the financial fact that lets committees approve experiments. The only genuinely unrecoverable pilot outcome is the one this article exists to prevent: a showcase that generated no data and taught the organisation nothing it could bank.
Planning a fleet pilot? Contact Shaanxi Fenghan Trading — authorized Dongfeng EV truck exporter. WhatsApp: +86 153 1943 1311 | Email: sales@fenghan-trade.com | dongfengevtrucks.com
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