The Reality of Electric Vehicle Towing in April 2026

Key Takeaways: April 2026 Report

• Range Expectations: EV towing range typically sits between 40% and 55% of the vehicle's unladen WLTP range due to aerodynamic drag and increased rolling resistance.
• Charging Infrastructure: 'Pull-through' charging bays are increasing at major motorway service areas (approx. 15% of hubs) but remain scarce in Northern England and Scotland.
• Stability Benefits: The high kerbweight and low centre of gravity of EVs provide superior towing stability compared to traditional ICE SUVs, significantly reducing 'snaking'.
• Tech Advancements: 800V architectures and 'Vehicle to Load' (V2L) are becoming standard, allowing EVs to power caravan appliances directly via the 13-pin socket or external ports.

In April 2026, the conversation around electric vehicles (EVs) in the UK caravanning community has shifted from "can they tow?" to "how do we charge efficiently?". With the UK's transition towards electrification accelerating, the early adopters of 2023-2024 are now seasoned veterans. Their real-world data paints a clear picture: whilst the instantaneous torque of an electric motor provides a superior towing feel, the logistics of a 300-mile spring journey require a new tactical approach.

At RoamWorthy, our experts have analysed charging accessibility and real-world efficiency data to provide this 2026 status report. Before setting off, ensure your outfit is legal by using our Caravan Towing Calculator and checking your car's kerbweight.

The Range Reality: 120 is the New 250

The most significant 'shock' for new EV towers is the impact of aerodynamics. A modern caravan is essentially a giant wind-break. In our latest 2026 tests, a Tesla Model X with an unladen range of 300 miles saw that figure drop to approximately 135 miles when towing a standard 1,500kg twin-axle caravan.

Vehicle Type	WLTP Range (Unladen)	Est. Towing Range (1,500kg)	Efficiency Loss
Premium SUV (e.g. Model X)	300+ miles	120-140 miles	~55%
Mid-range SUV (e.g. VW ID.4)	260 miles	100-115 miles	~58%
Utility EV (e.g. VW Transporter)	230 miles	90-105 miles	~60%

The 'golden rule' for 2026 planning is to assume you will need to charge every 100-120 miles. This isn't a mechanical failure; it is physics. Caravanners who adopt a 'slow travel' philosophy are reporting much higher satisfaction than those attempting to maintain diesel-style four-hour stints. For those looking for more efficient pairings, check our Caravan Layouts guide for narrower, more aerodynamic options like the Swift Basecamp Plus or Knaus Sport.

The Infrastructure Challenge: The 'Uncouple' Problem

Whilst the number of ultra-rapid chargers in the UK has quadrupled since 2022, most remain designed for single cars in standard parking bays. For a caravanner, this often requires the 'uncouple dance': unhitching the caravan in a nearby bay, driving the car to the charger, and re-coupling 30 minutes later. In April 2026, this remains the primary hurdle for EV touring.

The Rise of 'Pull-Through' Charging

A positive trend is the emergence of dedicated 'Hubs' from providers like Gridserve and Ionity. These increasingly include 'pull-through' bays specifically for long vehicles, mirroring the traditional petrol station experience. Whilst roughly 15% of motorway hubs in the South of England now offer this, it remains a rarity in the North and Scotland, requiring careful route planning via apps like Zap-Map. Always check the Caravan and Motorhome Club (CMC) site listings for chargers located directly on-pitch or at site entrances. If you are considering a motorhome instead, use our Motorhome Weight Checker to compare payloads.

Weight and Stability: The EV Advantage

Where EVs undeniably win is in stability. Because the battery pack is located in the floor, an EV's centre of gravity is significantly lower than a diesel SUV. Combined with a high kerbweight (often 2,200kg to 2,500kg), an EV is an incredibly 'planted' tow car. The 'tail wagging the dog' (snaking) sensation is virtually eliminated. Use our tow car database to see how your EV's kerbweight compares to traditional 4x4s.

The EV-Ready Caravan

The 2026 caravan market is responding with 'Electric Ready' models. Brands like Knaus and Adria have released models with tapered front ends and weight-saving composite bodies. By reducing the MTPLM to under 1,200kg, these caravans help EV owners regain 15-20% of their lost range compared to traditional boxy designs. Look for models like the Bailey Pegasus Grande SE Turin or explore Caravan Models for high-spec options that still prioritise weight distribution.

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