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SAGMOTO Electric Truck Ultimate Guide 2026 — i9, i5 & E9 EV Specs, Range & Charging

Updated September 10, 202614 min readBy Fenghan Trading Engineering
Electric trucks stop being a sustainability story and start being an arithmetic story the moment diesel passes a certain price in your market. This guide covers the full SAGMOTO new-energy range — the i9 heavy EV platform, the i5 urban workhorse and the E9 electric light truck — with battery options, real-world range, charging strategy, TCO math against diesel, and the export process. From Shaanxi Fenghan Trading Co., Ltd, the authorized SAGMOTO exporter. For the wider China EV truck market including Dongfeng, see our sister site dongfengevtrucks.com.
Table of Contents
  1. The SAGMOTO EV Lineup
  2. i9 — Heavy Electric Platform
  3. i5 — The Urban EV Workhorse
  4. E9 EV — Light Electric Distribution
  5. Charging Strategy & Infrastructure
  6. TCO vs Diesel
  7. FAQ

1. The SAGMOTO EV Lineup

ModelDutyBatteryRangeBest For
i9Heavy 4x2/8x4282-423 kWh LFP250-350 kmPorts, mines, heavy distribution
i5Medium urban100-141 kWh LFP200-270 kmCity logistics, sanitation
E9 EVLight81-100 kWh LFP180-230 kmLast-mile, municipal

All configurations on the new energy category page.

2. i9 — Heavy Electric Platform

The i9 is SAGMOTO's heavy EV platform for closed-loop heavy duty: container drayage in ports, mine development hauling, and heavy urban distribution. Its 350 kW-class permanent-magnet motors deliver diesel-class torque from zero rpm, and LFP battery chemistry is chosen for cycle life and thermal stability in hot climates. Details: i9 electric truck deep dive.

3. i5 — The Urban EV Workhorse

The i5 is where EV economics already beat diesel today. As a box truck, refrigerator truck or sanitation chassis, the i5 covers typical 150-250 km urban duty with overnight AC charging and regenerative braking in traffic. Field notes: urban logistics application, cold-chain application, municipal sanitation application, and the i5 vs Volvo FE Electric comparison.

4. E9 EV — Light Electric Distribution

The E9 EV brings the same LFP battery and motor strategy to the light segment — inner-city distribution, campus logistics and municipal fleets. It shares cab and body options with the diesel E9, letting mixed fleets keep a single parts catalogue. Comparison: E9 EV vs E9 diesel.

5. Charging Strategy & Infrastructure

Climate notes: LFP chemistry tolerates 45C+ ambient with liquid-cooled packs on i9; cold-climate battery care in winter charging guide.

6. TCO vs Diesel

At 200 km/day, typical break-even is 2.5-4 years: energy cost per km drops 40-60% versus diesel (grid-dependent), and routine maintenance falls with no oil, filters or turbo. Residual battery value after 3,000+ cycles supports second-life storage. The main watch items: tyre wear from torque (manageable with eco-mode), and charging discipline.

7. FAQ

How far on one charge?

i5: 200-270 km; i9: 250-350 km; E9 EV: 180-230 km — depending on body, load and route profile.

What charging do I need?

AC 22 kW overnight covers single-shift; DC 120 kW fast charging for multi-shift fleets. Depot sizing worksheet provided with every order.

Are EVs viable in my market?

Where diesel is expensive or unreliable and duty cycles are predictable: city logistics, ports, airports, mining camps, closed industrial loops. Open long-haul remains diesel.

TCO vs diesel?

Typical break-even at 200 km/day is 2.5-4 years on fuel and maintenance savings, before incentives.

Plan Your EV Fleet

Send your routes and grid situation — we model the TCO and depot plan with you.

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