BUILT FOR
THE FAR SIDE
OF NOWHERE.

Overlanding is self-reliant, vehicle-based travel focused on exploring and experiencing the journey. It combines driving with camping and carrying the supplies you need along the way. A trip can follow backroads close to home or cover long distances through remote areas.

An expedition vehicle is equipped for travel and living away from established facilities. Depending on the design, it may include sleeping space, a kitchen, water storage, electrical power, heating, and a bathroom. Expedition trucks combine these living systems with a truck platform selected for the intended travel.

A custom overlander is planned around the traveler, intended routes, climate, trip duration, and time away from established facilities. The chassis, habitat, payload, storage, energy, water, climate, communications, service access, and interior should be considered as one system rather than assembled as unrelated upgrades.

The categories can overlap. An overlanding vehicle emphasizes self-sufficient travel and suitability for its intended routes, while an RV provides living accommodations for recreational use. Some expedition vehicles are also RVs. Compare actual construction, dimensions, equipment, and driving capability rather than assuming either label guarantees a particular level of performance.

Luxury is more than premium finishes. In an expedition vehicle, it can also mean quiet and comfortable living, thoughtful storage, intuitive controls, useful work and rest spaces, climate management, and systems that reduce daily friction. Materials and amenities should still be appropriate for the vehicle’s intended routes, payload, and service needs.

TRAX is developing the truck, habitat, storage, energy, water, climate, communications, controls, and living space as one connected vehicle. The goal is to resolve tradeoffs early and create a coherent luxury overlander rather than treat major systems as isolated add-ons. Final specifications and test results have not yet been announced.

For TRAX, over-engineering is a design discipline, not a promise that a vehicle is indestructible. It means creating appropriate margin, protecting critical systems, reducing avoidable complexity, planning access for inspection and service, and evaluating how one design decision affects the rest of the vehicle.

TRAX Off-Grid is a veteran-owned expedition vehicle builder based in La Grange, Kentucky, and the next TRAX vehicles are being built in Kentucky.

The vehicle is being custom-developed around TRAX’s integrated expedition platform and off-grid living approach. The company has not yet announced the final production specification, configuration menu, or the extent of buyer-selectable customization. Join the waitlist for verified build details as they are released.

Ten builds are planned for the first run, and six spots currently remain. Availability can change. Joining the waitlist starts the conversation and gives you access to reveal and availability updates; submitting the form is not itself a purchase agreement or deposit.

Your stay depends on water, energy use, charging opportunities, food, fuel, waste capacity, weather, and the number of people traveling. The practical limit is whichever essential resource runs short first. Estimate your daily use and plan a reserve instead of relying on a best-case runtime claim.

They combine batteries with one or more charging sources. Depending on the build, those sources can include solar panels, a properly designed engine-charging system, an external electrical hookup, or a generator. Batteries store energy for later use; they do not produce an unlimited supply of electricity.

Yes, with an electrical system designed to support it. Runtime depends on usable battery capacity, the air conditioner’s consumption, outdoor conditions, insulation, and other equipment running at the same time. Ask for tested operating conditions and charging assumptions, not just a claim that the vehicle has battery-powered air conditioning.

Yes, with equipment appropriate for the conditions. Evaluate insulation, heating, ventilation, plumbing protection, and the temperature limits of batteries and other components. A warm cabin does not guarantee that every water line or drain is protected. Follow the specific vehicle’s cold-weather operating and winterization instructions.

Four-season living is part of the design from the beginning, including climate, insulation, ventilation, and plumbing protection considerations. The vehicle remains in development, so final temperature ratings, capacities, and validated operating limits have not been announced.

Yes, provided your setup supports your work. Plan for a dependable internet connection, adequate electrical power, a usable workspace, and backup locations when connectivity fails. Test your actual tasks, including video calls and large uploads, before relying on a remote campsite for an important workday.

The price depends on the base vehicle, camper structure, equipment, interior, labor, and customization. A shell-only quote is not comparable to the price of a fully equipped vehicle. Request an itemized proposal and confirm whether it includes the chassis, installation, options, taxes, delivery, and any required finishing work.

There is no standard timeline for every builder or project. Ask separately about the wait for a production slot and the time needed to complete the work. Request a project-specific schedule covering design approval, construction, testing, and delivery, and clarify how changes or delayed components will be handled.

Compare the builder’s experience, intended-use process, engineering and weight documentation, construction method, systems integration, testing, warranty, service plan, parts access, communication, and total delivered price. Ask for specifics and written assumptions. A compelling rendering or long equipment list does not answer how the complete vehicle will perform or be supported.