The OutEquip 12V air conditioner recently earned recognition through the MUSE Design Awards, an international design awards program that honors excellence in product design, innovation, and user experience.
For vintage trailer owners, that recognition is worth noting because the OutEquip is not just another rooftop air conditioner. It is a pure DC-powered unit designed for solar and lithium battery systems, making it especially interesting for campers who want modern cooling without relying entirely on generators or traditional campground power.
We asked Rob at Trailer Magic about his experience installing the OutEquip 12V A/C, and he shared some practical notes for anyone considering this system in a vintage trailer.
What Makes the OutEquip Different
The OutEquip was recognized by the MUSE Design Awards for a design that addresses several common RV air conditioning challenges, including high startup current, generator dependence, and the need for more flexible off-grid power options.
The unit uses Native Variable Speed DC technology, which allows it to connect directly to 12V, 24V, or 48V lithium battery systems without conversion. This allows for a soft start and helps the compressor adjust intelligently based on conditions.
The OutEquip delivers 10,000 BTU of cooling and 4,500 BTU of auxiliary heating. It includes Turbo, Eco, Sleep, and Fan modes, along with Bluetooth app control and a diagnostic display that allows users to monitor return and supply air temperatures.
Its low-profile exterior, about 6.3 inches tall, and streamlined shape also make it a good fit for many RV and trailer applications where appearance, height, and efficiency matter.
Rob’s Installation Notes
According to Rob at Trailer Magic, the OutEquip comes with a 12- to 14-foot whip using 6 AWG wire.
When Rob is doing a new construction project or adding this A/C unit to a trailer, he usually cuts the factory wire about two feet from the unit and does not use the rest of the provided wire. (This is Rob’s method and is not the installation recommended by the manufacturer.)
From there, the correct wire size depends on how far the wiring needs to run to the battery. Rob typically uses either 6 AWG or 4 AWG wire, depending on the length of the run.
He also adds a 12-volt, 100-amp breaker back into the system, matching what OutEquip provides with the unit.
Rob also likes using a Bluetooth shunt so the owner can monitor the system and see the actual power draw while the air conditioner is running.
Battery and Boondocking Considerations
For owners planning to run the A/C while boondocking, Rob recommends LiFePO4 lithium batteries. For this kind of setup, he typically uses 600 amp hours of battery capacity.
A proper boondocking system requires more than just batteries. Rob notes that shunts, solar panels, solar chargers, and monitoring equipment all play an important role in keeping the system running and helping the owner understand what power is being used and replaced.
The OutEquip may be well suited for off-grid camping, but the entire electrical system needs to be planned correctly.
Using Shore Power at an RV Park
For trailers that will mostly be used in parks with shore power, Rob highly recommends the Progressive Dynamics PD4060. He says this unit produces enough wattage to run the A/C without batteries.
If using the Progressive Dynamics PD4045, Rob believes batteries may be needed to supplement the power shortage.
In general, Rob says you need around 1,000 watts of produced power to run the OutEquip 12V A/C.
A Modern Cooling Option for Vintage Trailers
The MUSE Design Award recognition highlights the OutEquip’s thoughtful design, but the real-world installation still comes down to planning the right electrical system for how the trailer will be used.
For campground camping, that may mean pairing the unit with the proper shore-power equipment. For boondocking, it means building a complete lithium and solar system with enough capacity to support air conditioning.
Rob’s biggest takeaway is that the OutEquip 12V A/C can work well in a vintage trailer, but it should be installed as part of a properly designed system rather than treated as a simple plug-and-play upgrade.
