6 Compact Equipment Racks For Van Conversion Builds

A disorganized electrical bay or a cluttered gear garage is the quickest way to turn a dream van conversion into a logistical nightmare. Every bump in the road highlights the difference between a secure, professional setup and a loose collection of components vibrating themselves to failure. Selecting the right equipment rack is not just about aesthetics; it is about protecting vital systems and ensuring every square inch of the van works as hard as the inhabitant.

Disclosure: As an Amazon Associate, this site earns from qualifying purchases. Thank you!

80/20 Extruded Aluminum: Best for Custom Builds

If precision, modularity, and structural integrity are the primary goals, 80/20 extruded aluminum is the industry standard. Its T-slot design allows for infinite adjustments, meaning components can be moved or upgraded years down the road without drilling a single new hole. It is effectively an “erector set” for adults, providing a rigid frame that can support heavy battery banks or complex inverter arrays.

This system is recommended for builders who intend to tinker, upgrade, or refine their setup over time. While the upfront cost is higher and the assembly requires a learning curve regarding fasteners and hardware, the versatility is unmatched. If the build plan involves a “Version 2.0” at any point, choosing 80/20 now saves an entire cabinet reconstruction later.

AMF G-Series Racks: The Pro-Grade Solution

For those who prioritize a clean, industry-standard appearance and maximum airflow, the AMF G-Series racks provide a turnkey solution. These are designed specifically for the rigorous environment of mobile installations, featuring robust steel construction that keeps sensitive equipment like charge controllers and converters perfectly square. The standardized sizing makes it easy to source off-the-shelf accessories that fit perfectly.

These racks are ideal for the builder who wants a professional, finished look without the need for custom fabrication or engineering. They are a “set it and forget it” solution that handles the structural burden of heavy electronics effortlessly. Choose this path if time is a factor and reliability is non-negotiable.

Victron Wall Mount Enclosure: For Victron Systems

Victron Energy offers specific wall mount brackets and enclosures designed to integrate seamlessly with their ecosystem of products. These enclosures are molded to the exact specifications of their chargers and inverters, ensuring that the heatsinks have room to breathe while the casing remains protected. It is a streamlined approach that eliminates the guesswork of mounting irregular hardware.

This is the definitive choice for anyone running a full Victron power system. Using the manufacturer’s own mounting hardware ensures that airflow requirements are met, which is critical for preventing thermal throttling. If the build centers around Victron gear, using their native mounting system is the most efficient and safest path forward.

BuiltRight Industries MOLLE Panel: Ultimate Modularity

The BuiltRight Industries MOLLE (Modular Lightweight Load-carrying Equipment) panel brings tactical versatility to the van garage. These powder-coated steel panels allow for the attachment of various pouches, tool mounts, and brackets, making them perfect for storing high-frequency-use gear like flashlights, fire extinguishers, or recovery tools. They transform otherwise dead wall space into an active storage hub.

These panels are perfect for those who need to frequently reorganize their loadout based on the trip or the season. They are not intended for heavy electronics, but rather for the “chaos management” of small items that usually end up rolling around on the floor. If accessibility and modular storage are the priority, these panels are the premier solution.

Unistrut Channel System: For Heavy-Duty Mounting

Unistrut is the heavy-duty utility king, often sourced from electrical supply houses for industrial applications. It is significantly more affordable than extruded aluminum and provides a rock-solid, steel foundation for mounting heavy batteries, water pumps, or large electrical arrays. It is utilitarian in the extreme, offering no aesthetic frills but providing absolute structural security.

This material is best suited for the budget-conscious builder who values function over form. It requires more planning regarding weight distribution, as the material is heavy itself, but it will outlast the van. If the goal is a bulletproof mounting system that won’t budge under extreme vibration, Unistrut is the correct choice.

DIY Plywood Gear Board: The Budget-Friendly Base

A high-quality, cabinet-grade plywood backer board is the time-tested foundation for most van electrical systems. By mounting all components to a separate plywood board before installing it into the van, the builder can ensure clean wire management and secure attachments. It is easily customizable with basic shop tools and offers a flexible surface for mounting components of various shapes and sizes.

This approach is highly recommended for beginners or those working within strict budget constraints. It allows for a more relaxed workspace during the wiring phase and provides a clean, professional aesthetic when stained or painted. For a balance of cost, ease of use, and versatility, a plywood base remains the most practical choice for the majority of conversions.

Planning Your Van’s Utility Garage Layout

Effective layout design starts with a strict separation between high-voltage power, low-voltage accessories, and general storage. Always prioritize accessibility, as being able to reach a fuse block or a battery disconnect switch in an emergency is critical. Map out every component on a piece of paper before fastening anything to ensure enough clearance for cables and future maintenance access.

Avoid the mistake of overcrowding. Leave at least 2 to 3 inches of clearance around all sides of power electronics to allow for natural convection. Grouping similar components helps keep wire runs short and organized, which reduces both voltage drop and the risk of accidental shorts.

Securing Heavy Gear: Vibration and Safety Tips

Vibration is the silent killer of van builds, slowly loosening screws and fraying electrical connections. Use locking hardware—like Nyloc nuts or thread-locking fluid—on every single mechanical fastener in the garage area. Ensure that heavy items like battery banks are bolted directly to the van’s chassis or a reinforced sub-floor, rather than just attached to a plywood panel.

Cable management is equally vital for safety. Use high-quality cable ties and loom every wire run to prevent chafing against sharp metal edges. If a cable is left loose, the constant vibration of the road will eventually strip the insulation, leading to a potential short or fire.

Why Rack Ventilation Can’t Be an Afterthought

Electronics generate heat as a byproduct of operation, and in the confined, often hot environment of a van, that heat must be managed. Without adequate ventilation, components will reach thermal limits and shut down to protect themselves. Always ensure that air can enter from the bottom of the rack and exit through the top, utilizing the natural stack effect.

If installing gear in a closed cabinet, supplemental ventilation is mandatory. A simple 12V axial fan connected to a thermal switch can automate the process, pulling cool air across the equipment only when temperatures rise. Ignoring airflow leads to premature component failure and significantly reduced system efficiency.

Choosing Your Rack Material: Metal vs. Plywood

The choice between metal and wood often comes down to the intended lifecycle of the vehicle. Metal racks, such as 80/20 or Unistrut, offer unparalleled structural longevity and resistance to humidity-induced warping. They are the clear winner for full-time living or extreme climates where consistency is paramount.

Plywood remains the king of accessibility and cost-effectiveness. It is significantly easier to modify on the fly, does not require specialized metal-cutting tools, and is inherently lighter than steel systems. For the average weekend warrior or part-time traveler, a well-constructed plywood system provides all the strength necessary without the added cost and complexity of a metal build.

Thoughtful equipment management is what separates a long-term, reliable home from a series of expensive, temporary experiments. By selecting a mounting system that matches both the intended use and the builder’s technical capabilities, you create a foundation that supports years of trouble-free travel. Whether you opt for the industrial precision of aluminum or the practical versatility of plywood, prioritize security, ventilation, and access to ensure the build remains as resilient as the spirit behind the journey.