Finding a reliable rooftop A/C and heater combo for your RV balances cooling power, heating options, energy use, and installation fit. The table below summarizes five relevant rooftop and rooftop-style combos selected for their combined cooling and heating features, inverter or heat pump options, and suitability for RV, van, or trailer applications.
| Product | Cooling | Heating | Power Type / Notes |
|---|---|---|---|
| Bailigo 15,000 BTU Rooftop | 15,000 BTU | Integrated heat function (inverter-assisted) | 115V / Inverter, low-noise |
| KNOLET 15,200 BTU Rooftop | 15,200 BTU | 6,600 BTU heating | 115V / Inverter, higher airflow |
| TURBRO 15,000 BTU With Electric Heat | 15,000 BTU | 1,500W electric heater | 115V / Remote & Wi‑Fi, ceiling lamp |
| TURBRO Inverter 13,500 BTU | 13,500 BTU | Heat Pump (year-round) | Inverter rooftop / thin profile |
| RecPro 15K Heat Pump Rooftop | 15,000 BTU | Heat pump heating | 110–120V / Low amp draw, quiet |
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Bailigo 15000 BTU RV Air Conditioner Heater
This rooftop unit advertises 15,000 BTU cooling and inverter-style operation designed for 115V systems. Key features include a 20cc rotary compressor with R‑410A refrigerant and up to 450 CFM airflow. The manufacturer claims fast cooling for trailers up to ~29′ and operation below 45 dB using quiet evaporator technology.
The product is positioned for scenarios where electric rooftop power replaces diesel or generator cooling, citing reduced fuel use. The inverter-like frequency adjustment aims to lower energy consumption and optimize comfort. For installation, the rooftop form factor and claimed coverage (up to 130 sq. ft.) make it suitable for many mid-size RVs and sleepers.
KNOLET 15200 BTU RV AC With Heat
The KNOLET rooftop unit lists 15,200 BTU cooling and 6,600 BTU heating capacity, plus a high airflow spec (550 CFM). It uses a 20cc rotary compressor with R‑410A and includes inverter cooling and low-noise components.
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Its claimed coverage extends to larger interiors (manufacturer notes up to 330 sq. ft. in some descriptions), emphasizing rapid cooling and heating cycles and operation around 50 dB. The unit targets customers needing higher airflow for bigger coaches, food trucks, or buses where roof clearance and amp draw support a 115V rooftop install.
TURBRO 15000 BTU Non-Ducted RV Unit With Heat
This non-ducted rooftop model combines 15,000 BTU cooling with a 1,500W electric heater, and includes fan and dry modes. The manufacturer emphasizes a 9.6 EER rating, Wi‑Fi/remote control, atmosphere lighting, and lifted handles for installation handling.
Noise is stated as low as 52 dB with a dedicated sleep mode. The inclusion of an electric resistance heater is typical for units where heat pump performance may be limited in very cold outdoor temps, offering predictable electric heat for quick warmth inside the coach.
TURBRO Inverter 13.5K BTU Low-Profile Rooftop
This inverter-style rooftop unit delivers up to 13,500 BTU cooling with a heat pump capable of year-round operation across a broad external temperature range. The design emphasizes energy-saving inverter compressor technology (up to 30% efficiency improvement), a thin 10″ profile for reduced drag, and quiet operation.
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Heat pump operation increases heating efficiency compared with resistive electric heaters when ambient temps are within the unit’s effective range. The slim profile can benefit fuel efficiency on driving legs and may fit low-clearance roofs more easily.
RecPro 15K RV Air Conditioner Heat Pump
RecPro offers a 15,000 BTU rooftop unit designed with a low amp draw useful for off-grid and solar setups. The product highlights rugged UV-resistant housing, aerodynamic styling, and quiet operation (around 55 dB reported).
Its heat pump and cooling combined allow year-round climate control without relying solely on resistive heating. The emphasis on low amp draw and durable construction suits owners prioritizing energy-efficient operation and long-term rooftop durability on travel rigs.
Buying Guide: How To Choose An RV Air Conditioner Heater Combo
Choosing the right RV A/C and heater combo requires evaluating cooling capacity, heating method, power availability, noise, and fit. Below are core considerations and comparison perspectives to guide a decision.
Tips for Getting the Best HVAC Prices
- Prioritize Quality Over Cost
The most critical factor in any HVAC project is the quality of the installation. Don’t compromise on contractor expertise just to save money. - Check for Rebates
Always research current rebates and incentives — they can significantly reduce your overall cost. - Compare Multiple Quotes
Request at least three estimates before making your choice. You can click here to get three free quotes from local professionals. These quotes include available rebates and tax credits and automatically exclude unqualified contractors. - Negotiate Smartly
Once you've chosen a contractor, use the proven strategies from our guide — How Homeowners Can Negotiate with HVAC Dealers — to get the best possible final price.
Cooling Capacity (BTU) And Space Coverage
- Match BTU To Interior Volume: Manufacturers list BTU for square footage; rooftop 13,500–15,000 BTU units are common for midsize RVs. Overpowered units cycle less and may short-cycle in small spaces; underpowered units struggle in high heat.
- Airflow (CFM) Matters: Higher CFM improves circulation and distribution. Compare CFM in specs where available for better cooling uniformity.
Heating Type: Heat Pump Vs Electric Resistance
- Heat Pump: Moves heat from outside to inside efficiently; best in mild to moderate cold. Offers higher heat output per watt but performance drops as outside temps fall.
- Electric Heater / Resistance: Reliable at very low temps but consumes more electrical power. Useful as supplemental heat when heat pump is insufficient.
- Hybrid Systems: Some units combine heat pump and electric elements for broader operating ranges.
Power Requirements And Energy Strategy
- Voltage And Amp Draw: Confirm compatibility with your RV’s electrical system (110–120V rooftop or 12V/24V systems). Low amp draw units are advantageous for solar/generator/shore power limitations.
- Inverter Technology: Produces smoother compressor operation, increased efficiency, and can reduce starting current. Consider inverter models if you need quieter, more efficient operation.
- Off-Grid Considerations: If relying on solar or small generator, prioritize low amp draw and models that advertise efficient compressors or soft-start capability.
Noise Levels And User Comfort
- Noise (dB): Look for stated operational noise. Units under ~55 dB are generally quieter for sleeping and conversation.
- Modes And Controls: Sleep modes, fan speeds, remote control, and app/Wi‑Fi functions add convenience and fine control for comfort and energy use.
Physical Fit And Installation
- Roof Cutout Size And Profile: Confirm the unit fits your roof vent cutout or that the base and adapter kits are available. Low-profile units reduce wind drag and may fit under low clearance barriers.
- Weight And Handling: Rooftop units require lifting and secure mounting; recessed handles and weight specs inform installation planning.
Durability, Maintenance, And Warranty
- Material And UV Resistance: UV-resistant housings and aerodynamic shape reduce wear and road resistance.
- Filter Access And Serviceability: Easy-to-clean filters and accessible components simplify seasonal maintenance.
- Warranty And Parts Support: Factory support, replacement parts availability, and documented warranty terms help long-term ownership.
Comparison Perspectives
- Large Coach / High-Capacity Needs: Favor 15,000–15,200 BTU units with higher CFM and robust compressors for larger interiors.
- Energy-Conscious / Off-Grid Use: Prioritize inverter compressors, heat pumps, and models with low amp draw like RecPro or inverter-branded units.
- Cold-Climate Use: Choose units with combined electric heat and heat pump capability or dedicated resistive heaters for predictable performance at low ambient temps.
- Noise-Sensitive Environments: Look for models that state lower dB levels and sleep modes to maintain restful interiors.
Final Technical Checklist Before Purchase
- Verify rooftop cutout compatibility and overall unit height.
- Confirm RV electrical circuit capacity, breaker sizing, and any soft-start requirement.
- Assess cooling and heating ratings relative to your coach size and insulation level.
- Check claimed noise ratings, available control interfaces, and maintenance access.
- Review manufacturer specs for refrigerant type and compressor technology.