The Mercedes-Benz eSprinter is the electric version of one of the UK’s most popular large vans. It is available with two battery sizes, offers a real-world range of up to 250 miles on the larger pack, and is positioned at businesses running last-mile delivery, service and trades routes where route predictability makes electrification practical. Payload is lower than the diesel Sprinter, pricing is significantly higher, but the running cost savings over a typical working year are substantial.
Key Takeaways
- The eSprinter is available with an 81kWh battery (up to 180 miles WLTP) or a 113kWh battery (up to 271 miles WLTP).
- Payload is 995kg for the 113kWh version and 1,273kg for the 81kWh version — lower than the diesel equivalent.
- DC rapid charging at 115kW takes the 113kWh battery from 10% to 80% in approximately 42 minutes.
- Pricing starts from approximately £72,360 ex VAT for the 114kWh eSprinter 414 Pro.
- Running cost savings versus diesel can reach over £1,400 per 20,000 miles at current energy prices, especially when charging on overnight cheap-rate tariffs.
Which eSprinter Should You Consider?
Mercedes offers the eSprinter in two battery configurations, and the right choice depends on your daily operating distance and payload requirements.
81kWh Battery — Higher Payload, Shorter Range
The 81kWh variant has a WLTP range of up to 180 miles and carries a payload of up to 1,273kg. For trades and service operators who rarely exceed 100-120 miles in a working day but regularly carry heavy equipment, this combination of payload and range is often the more practical choice. The lower battery weight means you retain more of the van’s gross vehicle weight for cargo.
113kWh Battery — Longer Range, Reduced Payload
The 113kWh variant extends the WLTP range to up to 271 miles but reduces payload to 995kg — close to the 1,000kg threshold that many operators need. The gross vehicle weight is 4.25 tonnes, up from 3.5 tonnes on the smaller battery version. This change in weight classification has implications for driving licence requirements and requires operators to check that their drivers hold the appropriate entitlement.
At its most efficient, the 113kWh eSprinter uses 28.2kWh per 100km according to WLTP testing. In real-world use — particularly with a full load or in urban stop-start conditions — energy consumption will be higher. Plan for real-world range of around 200-220 miles on the large battery in typical operating conditions.
Payload and Load Space
Payload is where the eSprinter makes the biggest trade-off versus its diesel sibling. The diesel Sprinter 314 typically offers payloads of around 1,200-1,400kg, depending on configuration. The eSprinter’s battery pack adds significant weight, compressing the payload envelope.
For operators whose cargo is bulky rather than heavy — parcel delivery, furniture, catering equipment — the 995kg payload is often workable. For those carrying dense loads such as tools, materials or equipment, the 81kWh option with 1,273kg payload is more appropriate.
Load volume is not significantly affected by the battery installation. The cargo area dimensions of the eSprinter are comparable to the diesel Sprinter in the same body configuration, making it compatible with racking and storage systems designed for the standard van.
Charging the eSprinter
DC Rapid Charging
The eSprinter supports DC rapid charging at up to 115kW via a CCS connector. At 115kW, the larger 113kWh battery charges from 10% to 80% in approximately 42 minutes. This is fast enough to enable a meaningful range top-up during a lunch break or a mid-route stop at a motorway service area.
AC Charging
For depot overnight charging, the eSprinter supports AC charging at up to 11kW. A full charge from empty to 100% on an 11kW supply takes approximately 11 hours — workable for a vehicle that is plugged in at the depot at the end of each working day.
If your depot has only a 7kW supply, the charge time extends to approximately 17 hours, which makes a full overnight charge less predictable depending on arrival time. Operators with significant fleets should consider installing dedicated three-phase commercial charging infrastructure at the depot — Mercedes provides guidance through its eSprinter fleet support team.
Charging Infrastructure Requirements
Depot-based overnight charging is the most cost-effective approach. If you can charge on an overnight business energy rate — typically lower than daytime rates — you can reduce your per-mile energy cost significantly. Mercedes estimates that overnight charging can reduce running costs by up to 50% compared with public rapid charging rates.
For depot charging at scale, Mercedes and its dealer network offer guidance on infrastructure sizing, DNO applications and installation.
Running Costs and Total Cost of Ownership
The eSprinter’s purchase price is considerably higher than the diesel Sprinter — pricing starts from approximately £72,360 ex VAT for the 113kWh eSprinter 414 Pro, rising to £76,920 for the Select trim. The 81kWh variant is priced lower.
The higher upfront cost is offset by lower running costs, reduced servicing complexity (no oil changes, fewer mechanical components) and in some cases Government incentives and exemptions.
Fuel Savings
Mercedes calculates that the eSprinter saves over £1,429 per 20,000 miles compared with a diesel Sprinter equivalent at current fuel and electricity prices. For a business covering 40,000 miles per year, that is a potential saving of around £2,800-£3,000 annually on energy alone. These savings are sensitive to electricity and diesel prices, both of which fluctuate.
If you can charge primarily on overnight low-rate tariffs, the saving per mile improves further. Charging at public rapid rates (typically 60-80p/kWh) erodes the cost advantage, so depot charging infrastructure is important for making the numbers work.
Servicing
Electric vans have significantly fewer mechanical components than diesel vehicles. There are no oil changes, no diesel particulate filters, no exhaust aftertreatment systems and fewer brake replacements (regenerative braking reduces wear). Servicing costs are lower over the vehicle’s life, though the high-voltage system requires trained technicians.
Congestion Charge and ULEZ
For businesses operating in London, the eSprinter qualifies for the 50% Congestion Charge discount available to electric vans registered on TfL Auto Pay (from January 2026). It also remains fully exempt from the London ULEZ charge. For fleets that regularly enter central London, the Congestion Charge discount and ULEZ exemption contribute meaningfully to the operational cost advantage.
Business Tax Incentives
The eSprinter may qualify for 100% first-year capital allowances under the UK’s Full Expensing scheme for businesses purchasing new qualifying plant and machinery, which can bring forward tax relief on the purchase price. Consult your accountant for current eligibility and thresholds, as tax treatment changes with each Budget.
Who Is the eSprinter For?
The eSprinter is best suited to:
- Last-mile delivery operators with predictable urban and suburban routes within 150-200 miles per day
- Service businesses (utilities, telecoms, facilities management) running fixed daily routes from a central depot
- Public sector and local authority fleet operators with sustainability commitments
- Businesses operating in London and other urban low-emission or clean air zones
It is less suited to:
- Long-distance multi-drop operators with unpredictable routes and limited charging access
- Trades requiring heavy payloads consistently above 1,000kg
- Small businesses without access to depot charging infrastructure
If your operation involves routes of 80-150 miles per day from a base where you can charge overnight, the eSprinter is a viable replacement for a diesel Sprinter. If your routes are longer and less predictable, the operational flexibility of diesel remains more practical for now.
For more on EV running costs and home charging, see our electric cars section.
Frequently Asked Questions
What is the range of the Mercedes eSprinter? The Mercedes eSprinter is available with two battery sizes. The 81kWh battery has a WLTP range of up to 180 miles. The 113kWh battery extends this to up to 271 miles. Real-world range in loaded operating conditions will be lower than WLTP figures — plan for approximately 150-220 miles depending on battery size, load and route type.
How long does it take to charge the Mercedes eSprinter? Using DC rapid charging at 115kW (CCS), the 113kWh battery charges from 10% to 80% in approximately 42 minutes. On an 11kW AC supply — suitable for overnight depot charging — a full charge takes approximately 11 hours. On a 7kW supply, the same charge takes approximately 17 hours.
What is the payload of the Mercedes eSprinter? The 113kWh eSprinter has a payload of up to 995kg. The 81kWh variant offers a higher payload of up to 1,273kg, because the smaller battery adds less weight. Both figures are lower than the diesel Sprinter equivalent; operators carrying heavy loads should choose the 81kWh version.
How much does the Mercedes eSprinter cost? Pricing starts from approximately £72,360 ex VAT for the 113kWh eSprinter 414 Pro and rises to approximately £76,920 for the Select trim level. Prices are subject to change — verify current pricing with a Mercedes-Benz Vans dealer. Businesses should also investigate whether capital allowances and other tax incentives apply to their purchase.
Useful Resources
Mercedes-Benz eSprinter — Official UK Site