E-RECREATION Electric cars and SUVs aren’t the only vehicles dabbling with an all-electric future. Recreational vehicles are also chasing the advantages of going electric, with Winnebago’s eRV2 concept marrying zero-emissions electric power with the comforts of a fully-equipped modern camper van. Featuring a Ford E-Transit platform, the prototype packs a combination of battery power and solar energy, intelligent technology, modular living quarters, and off-grid camping.

Not just a new electric powertrain The eRV2’s concept extends beyond simply swapping an electric motor for a gas engine. Its dedicated house battery, roof-mounted solar, efficient A/C, eco-friendly interior finishes, connected controls, and flexible living spaces are all built around a more self-sufficient lifestyle. Whether you’re working from anywhere on the road or unplugging for several days, the new prototype demonstrates how electric propulsion technology could redefine the way we travel, live, and camp.

1. Factory Ford E- Chassis and Electric Powertrain

Winnebago eRV2 prototype The eRV2 prototype is based on a factory-made Ford E-Transit high-roof chassis with a 148-inch wheelbase. Previous electrified camper ideas were based on doing aftermarket conversions of existing vehicles, but the eRV2 is a factory-built electric platform. The electric motor develops 266 horsepower and 317 pound-feet of torque, and the 9,000-pound trailer is powered by a 68-kilowatt-hour, 400-volt lithium-ion battery pack. The electric powertrain gives the camper smooth, ready power and impressive responsiveness for a city and suburb driver. It can be topped from 15 percent to 80 percent in approximately 35 minutes on common DC fast-charging stations, and its current projected range is 108 miles. The factory backing of the platform means Ford provides commercial vehicle expertise and trail-tested reliability, while Winnebago investigates range-extension technologies for eventual production vehicles designed to travel longer distances.

Powertrain Highlights:

• Factory Ford E-Transit platform
• 266 horsepower electric motor
• 317 pound-feet of torque
• 68-kWh battery pack
• 108-mile estimated range

The eRV2’s electric system intends to deliver a different feel than a gas-powered RV. The 266-horsepower motor delivers torque instantly, helping the big 9,000-pound camper get up and go in the everyday drive. The 68-kWh battery is 400 volts, and quick charging can take the battery from 15 percent to 80 percent in approximately 35 minutes. The current estimated range of 108 miles currently means the camper is not suitable for extended range driving, but the prototype is being used to evaluate use cases for electric-powered RVs, and Winnebago is exploring other options for extending the vehicle’s range for production models. The camper’s use of a factory Ford E-Transit chassis is also a shift away from older concepts that have been built using a conversion electric vehicle, giving the RV more of a commercial vehicle platform, and allowing Winnebago to design an electric camper specifically around future zero-emission travel needs.

2. Proprietary Lithium House Battery

Winnebago equipped the eRV2 with a purpose-built house power system so campers can still use the camper’s amenities without drawing power from the main drive battery. The Ion Blade, an innovative 48-volt lithium battery pack developed with Lithionics Battery, offers over 15kWh of usable power and has a low-profile design built specifically to fit under the van floor. This design preserves valuable interior storage and living space while enabling the house battery to operate independently of the vehicle’s drive battery. The power-harvesting system means that campers can still utilize their interior and exterior features while off the grid without impacting the ability to get to their next destination.

Dedicated Power Advantages:

• Over 15 kWh usable energy
• 48-volt lithium battery system
• Separate from drive battery
• Thin underfloor battery design
• Preserves interior storage space

The Ion Blade system means that the eRV2 has an additional source of electrical energy to provide for its living functions. It is also an ideal convenience for campers who want to venture outside of standard camp ground hookups. Rather than making do solely with the energy that is provided by the electric motor’s operating battery, the camper has a dedicated house battery with over 15 kilowatt-hours of usable energy. This 48-volt system is implemented in a thin-profile configuration beneath the van floor so that Winnebago does not need to sacrifice either cabin or cargo space inside the vehicle. Since the house battery is independent of the drive battery, camplers can enjoy the amenities of the camper without that ever directly impacting the energy that is needed to propel the vehicle. This design element further exemplifies the fact that an electric camper can utilize separate energy infrastructure to support both driving and camping needs.

3. Seven-Day Off- Boondocking Capability

The eRV2 is designed to make extended boondocking possible without shore power. Curved 900-watt solar panels set flush on top of the roof help generate power while the camper is parked. Winnebago estimates that the eRV2 can boondock for up to seven days without drawing power from the grid with about four hours of sunlight a day. The set up means owners will not require gas-powered generators or propane tanks for food prep and heating during camping trips. That will result in a quieter experience for anyone enjoying the great outdoors by not emitting greenhouse gases out the tailpipe and will allow the eRV2 to operate effectively off-grid via rooftop solar panels and stored electrical power.

Seven-Day Camping Potential:

• 900-watt curved solar panels
• Four hours daily sunlight
• Up to seven days
• No traditional shore power
• Eliminates generators and propane

The eRV2’s off-grid capability is based on its roof-mounted solar system. The 900-watt panel is curved on the roof of the vehicle and provides amperage to sustain camping while off-grid, and winemaking company estimates that one can stay off-grid for about a week with four hours of daily sunlight. This alter the traditional boondocking plug setup where propane tanks and gas-powered generator is for temporary power supply, in favor of stored electrical energy for use during camping and a minimum of setup and teardown while preparing and breaking down a camp site. It also provides a less-obtrusive experience for others while camping with no tailpipe emissions and no emissions while in use at the camp site. This system is intended to provide near-nil gas consumption while supporting the company’s intent to help high mountain and isolated visitors to electric recreational vehicles and reduce its environmental impact.

4. 48-Volt High-Efficiency Conditioning System

Climate control consumes a lot of energy in a standard motorhome, and so the eRV2 has a dedicated 48-volt air conditioning system that is more efficient than standard RV A/C units. Winnebago claims that this also consumes 30 percent less energy than a typical 12-volt or 120-volt RV air conditioning system. The eRV2’s dedicated house battery, designed to power the 48-volt climate system can run for up to 24 hours on a single charge in typical conditions. Woolen wall appliques and recycled cork-rubber flooring have also been used to insulate the camper in order to more efficiently regulate the interior temperature in different weather conditions, and in addition to this the dedicated air conditioning unit is more energy efficient than traditional systems.

Efficient Climate Control:

• Specialized 48-volt air conditioning
• 30 percent greater efficiency
• Up to 24-hour operation
• Woolen wall insulation
• Recycled cork-rubber flooring

The climate-control system in the eRV2 is set up to address one major issue Keeping the camper comfortable without draining large amounts of stored power. The unique 48-volt air conditioner in the eRV2 is claimed to be 30 percent more efficient compared to more typical 12-volt and 120-volt RV cooling systems. The Ion Blade house battery’s capacity means that it can operate the climate control system for up to 24 hours under average operating conditions making it a capable enabler of weather-adaptation for travelers. Meanwhile, Winnebago added woolen wall appliques and recycled cork-rubber flooring to insulate the cabin. These features all work to help the eRV2 keep a comfortable cabin temperature regardless of what’s happening outside effectively tying together energy efficiency, comfort, and sustainable materials rather than treating them as independent features.

5. Eco-Friendly and Renewable Interior Materials

The eRV2’s sustainability story continues inside with a selection of recycled, renewable, and plant-based materials. Winnebago used plant-based renewable materials for the cab seat coverings and biodegradable acrylic for the countertops to minimize the environmental impact of the camper’s interior design. Other eco-friendly touches include cork-rubber flooring made from recycled cork, eco-friendly fabric for the Winn Sleep mattress system, and recycled floor mats. The interior also offers a customizable wide spectrum of lighting options that can be set to red. Red lighting minimizes light pollution and benefits wildlife, according to Winnebago. The choice of sustainable materials in the eRV2 goes hand-in-hand with a zero-emission powertrain and electric driving range to deliver a cleaner road and cleaner campsite.

Sustainable Interior Choices:

• Plant-based cab seat coverings
• Biodegradable acrylic countertops
• Recycled cork-rubber flooring
• Eco-conscious mattress fabrics
• Red lighting reduces pollution

The eRV2 utilizes its interior to support the sustainability agenda, not only with the electric drive system. Winnebago picked cabin materials that are intended to be less impactful on the environment. Cab seats utilize plant-based renewable materials, while the countertops use biodegradable acrylic. Recycled cork-rubber flooring and recycled floor mats present some more recycled content. The Winn Sleep mattress system incorporates environmentally friendly fabrics. It’s not only about lights the lighting system offers more than just illumination. Its wide color-spectrum array of lighting enables campers to change the cabin illumination to red, which can have the benefit of reduced light pollution as well as protecting wildlife. All of these features come together to make an interior that is both practical for campers and driven by renewable, recycled materials.

6. Japandi-Inspired Layout and Convertible Workspaces

The eRV2’s cabin design introduces a fresh update on Japandi styling, using the Japanese and Scandinavian styles to provide a welcoming and airy haven. The floorplan is optimized for maximum room utilization and room functionality as a camper that must make room for a working travel lifestyle. In the middle of the space is a 5-in-1 multi-function sitting and sleeping area that can be customized into dining, relaxing, or sleeping arrangements. Winnebago included two deployable workstations equipped with USB-C charging ports, which are meant to appeal to a digital nomad who needs to keep work productivity high while on the go. The flexible cabin concept allows a single area to double as a highly-functional home office that doubles as a sleeping space once the workday ends.

Flexible Living Space:

• Japandi-inspired interior design
• Five-in-one lounge area
• Converts between multiple uses
• Two deployable workstations
• Built-in charging ports

The layout of the eRV2 interior makes efficient use of the space inside this small cabin, ensuring that every area is useful and usable. The interior décor has a Japandi feel, mixing Japanese and Scandinavian design for a clean and relaxing feeling throughout the camper. The main lounge space serves five different functions, which can be altered based on the needs of the traveler, without having to dedicate large spaces to many different uses. It is a place to eat and relax, as well as a place to sleep, when the big living room is not necessary. Two deployable workstations increase the functionality of the camper, making it a convenient work-from-home vehicle for remote workers. Each of these workstations can be charged to keep digital nomads connected on the move. When working time is over, the flexible interior space can change to a more sleepable space.

7. Connected Smart Technology and Wi-Fi Integration

Through the system, named Winnebago Connect, the eRV2 offers smart-home-like technology to travelers via a single, centralized control system that can be accessed from a 5-inch control panel inside the camper or an app on a smartphone. Travelers can view the camper’s battery level, set air conditioning and heating, and control vehicle systems from their control panel or smart device. The camper also has a built-in high-speed Wi-Fi router that enables remote work, playing movies, and online access while away from Wi-Fi coverage. Control of cabin lighting can also be managed through the system, allowing for either normal white light or red light to be used inside the camper. The red light is designed to minimize disruption to native wildlife while maintaining night vision for the camper.

Smart Camper Connectivity:

• Centralized Winnebago Connect system
• Five-inch command screen
• Smartphone app controls
• High-speed Wi-Fi router
• Customizable cabin lighting

The eRV2 is intended to operate the camper functions similar to the way travelers are used to managing a connected smart home. With Winnebago Connect, travelers can track the status of the batteries, make adjustments to the climate control system and manage vehicle functions from the 5-inch interior screen or a smartphone app. It’s a single integrated system that eliminates the need to command each of the camper’s subsystems individually. Connectivity is also a feature of the eRV2, with a high-speed Wi-Fi router built into the vehicle, giving travelers the ability to work remotely, stay in touch or stream media in off-the-grid camping environments. The lights have also been integrated into the connected vehicle ecosystem, with the ability to quickly switch from white ambient lighting to red so travelers can preserve their night vision and keep light pollution to a minimum to protect the environment in the vicinity.

8. Modular Wet Bath with Removable Toilet

The eRV2’s modular wet bath gives maximum flexibility to this small interior space. The bathroom has a standard full-functioning shower and a removable cassette toilet. Not only does removing the toilet give you a much larger shower, but it also gives you a little more room to really stretch after coming back from the great outdoors. You can switch between the toilet and the shower as needed for maximum convenience. The wet bath is supported by the van’s 30 gallon (approximately) supply of fresh water and 18 gallons of gray water capacity. This gives you enough water storage for maximum usability, and requires neither the whole of your van’s compact dimensions to be dedicated to the bathroom. It’s designed to give you the best bathroom experience in the smallest space possible.

Flexible Bathroom Design:

• Modular wet bath configuration
• Removable cassette toilet
• Larger shower when removed
• 25-gallon fresh water
• 18-gallon gray water

Moving from the living area back toward the cockpit, we can see how the modular wet bath shows the flexible nature of the eRV2’s small space. Instead of making the toilet a fixed part of the bathroom, Winnebago offers a removable cassette design that allows the eRV2 owner to swap out the space where the toilet would normally reside. When the toilet is removed, the space becomes a larger shower space that is comfortable for those who might be coming home after a day in the woods, or the mud, the lake, or wherever. The bathroom is also equipped with on-board plumbing tanks of around 25 gallons of fresh water, and 18 gallons of grey water that allow the camper genuine water-storage ability while keeping the tiny camper dimension. With the removable toilet, dedicated bathroom, and water tanks, the eRV2 concept camper strives to provide a space-efficient design without cutting corners on bathroom amenities.

9. Silent Electric Driving and Performance

The drive to the fully running eRV2 prototype is smooth and quiet, with none of the rumbling engine and noise that the exhaust system produces when a gas powered motorhome is under way. The electric powertrain at the back delivers 266 horsepower and 317 pound-feet of torque, with instant electric torque that will shift the 9,000-pound camper at a controlled pace when pressing the throttle. The chassis features Mac Pherson struts in front and rear coil-spring suspension system with semi-trailing arms. These along with the underfloor battery pack help buffer small bumps in the road. Regenerative braking also helps enhance the drive with predictable deceleration that can slow the camper nearly to a complete stop without heavy application of brake pedal pressure.

Smooth Electric Driving:

• Quiet electric driving experience
• 266 horsepower rear motor
• Instant electric torque delivery
• MacPherson front struts
• Regenerative braking system

The driving experience of the eRV2 begins with electric propulsion. The quietness of the engine sounds and exhaust has gone, leaving the prototype to travel serenely along the road. The 266-hp, 317-lb-ft rear electric powertrain provides instant torque and manageable acceleration for the 9,000-lb camper. Mac Pherson struts at the front with rear coil springs and semi-trailing arms assist with absorbing minor road imperfections. The underfloor battery pack also forms a part of the chassis design. Regenerative braking provides a further electric driving element with a predictable deceleration. The system can slow the eRV2 to a near stop with relatively little pedal application, providing drivers another aspect of electric vehicle driving consistent and easily controlled deceleration.

10. Real-World Public Program and Development Trajectory

Winnebago is taking eRV2 beyond an unladen trailer concept by engaging in an active public pilot testing program that involves test drives and live consumer trials in California, Florida, and Washington. Winnebago’s Advanced Technology Group is seeking feedback from actual RVers about their charging habits, usability of interior layout, and off-grid livability to inform development of a future, commercially available model. Engineers are working to optimize range, cabin price, and higher-end amenities, while also exploring how to expand range in different ways. The company is watching the proliferation of public charging stations and infrastructure to inform preparations for getting the zero-emission campervan into the market, as well as scaling the technology to give the prototype its best travel range beyond its current 108-mile capability, best suited for local micro-adventures.

Testing the Future Camper:

• Public pilot testing underway
• Florida, California, Washington testing
• Real RVer feedback collected
• Range-extension solutions under review
• Charging infrastructure being monitored

The public pilot program provides Winnebago with a way to learn about how the eRV2 functions in the real world beyond the tight constraints of the development project. Consumer drives and testing in Florida, California, and Washington provide real-world insights from customers who will one day be using these recreational vehicles in their full-time operations. The Advanced Technology Group is analyzing interior usability, off-grid accommodations, and what its owners are doing to recharge, which can set the stage for what a commercial model might look like. Engineers are particularly interested in teasing out the right balance between range, build price and luxury items. Winnebago is still experimenting with how the RV2 might be extended to other range packages, while watching how the grid infrastructure evolves, since the prototype has a 108-mile range enough for everyday local adventures.