JP-5 UAV Fuel for UAV Applications
Absalon Resources supplies JP-5 and heavy fuel engineered for unmanned aerial vehicles (UAVs), unmanned systems, and drone engines operating in demanding environments.JP-5 (F-44 / AVCAT, MIL-DTL-5624U) fuel is a high-flash-point aviation turbine fuel and jet fuel. As the standard NATO code F-44 for naval and ship-based military aircraft, it is specifically engineered for enhanced safety in high-risk environments. This kerosene-type fuel, with its elevated flash point, significantly reduces the risk of fire and explosion on aircraft carriers and other naval vessels.
Trusted by defense, aerospace, and industrial operators, and over 10 years of experience, our fuels meet stringent MIL-DTL specifications to ensure reliability, stability, and safety in mission-critical UAV applications.
What is JP-5 Fuel?
Definition
Kerosene-based military aviation fuel with a higher flash point (min 60 °C).
Standards
MIL-DTL-5624, NATO F-44 / AVCAT specifications.
Why used in UAVs
Maritime/naval context: designed for use aboard ships where risk of fire is higher.
Fuel specifications and standards
Absalon Resources’ JP-5 fuel conforms to:
- MIL-DTL-5624U specification
- ASTM D1655, NATO F-44 compliance
- Traceability and certification through ISO-compliant fuel supply chains
Each batch is rigorously tested to ensure complete UAV engine compatibility.
Engine Compatibility and Applications
Our fuels are compatible with several UAV types and we work closely with our clients on FSII values and needs. We offer state-of-the-art fuel systems specifically designed for UAVs with extended operational ranges – As a trusted supplier, contact us for fuel quotations and questions.
JP-5 is engineered for stability and safety in extreme conditions: JP-5’s high flash point minimizes risk aboard naval carriers and compact UAV fuel systems. Proper fuel storage, grounding, and filtration protocols ensure long-term usability.
To see more about our safety, storagen and handling, visit our logistics page, packaging page, and laboratory and analysis page.
JP-5 advantages
- High flash point for enhances safety at sea
- Low freezing point for high-altitude performance
- Ideal for shipboard handling and storage
- Meets MIL-DTL-5624 and NATO F-44 specifications
| Property | JP-5 | JP-8 | UAV Impact |
|---|---|---|---|
| Flash Point | ≥60 °C (140 °F) | ≥38 °C (100 °F) | JP-5 safer for shipboard storage |
| Freezing Point | −46 °C | −47 °C | Similar cold-weather performance |
| Energy Density | ~43 MJ/kg | ~43 MJ/kg | Equivalent efficiency |
| Additives | Corrosion inhibitor, static dissipator | Corrosion inhibitor, icing inhibitor | JP-8 offers enhanced anti-icing |
| Primary Use | Carrier-based UAVs / naval ops | Land-based UAVs / forces | Both compatible with multi-fuel UAV engines |
Some modern UAVs rely on heavy fuels such as JP-5 and JP-8 for their high energy density, safety characteristics, and compatibility with multi-fuel or diesel UAV engines.
Unlike conventional gasoline or Jet-A variants, these military-grade fuels are optimized for extended endurance, wide temperature tolerance, and improved logistics compatibility with existing ground and air fleets.
JP-5 is primarily used in naval and maritime UAV operations, offering a higher flash point for safer carrier storage.
JP-8 is the standard NATO and U.S. military aviation fuel, widely adopted in land-based UAV missions for its performance and interoperability.
Can UAVs run on both JP-5 and JP-8?
Yes. Most modern heavy-fuel UAV engines can operate on either JP-5 or JP-8, depending on deployment environment and safety requirements.
Is JP-5 safer than JP-8 for drones?
JP-5’s higher flash point makes it safer in shipboard or naval UAV operations, while JP-8 is standard for land-based military UAVs.
What is the difference between JP-8 and Jet A-1?
JP-8 includes military-grade additives (anti-icing, corrosion inhibitors) for enhanced performance in extreme conditions, whereas Jet A-1 is a civilian fuel with limited additives.
Can UAVs run on both JP-5 and JP-8?
Yes. Most modern heavy-fuel UAV engines can operate on either JP-5 or JP-8, depending on deployment environment and safety requirements.
Is JP-5 safer than JP-8 for drones?
JP-5’s higher flash point makes it safer in shipboard or naval UAV operations, while JP-8 is standard for land-based military UAVs.
What is the difference between JP-8 and Jet A-1?
JP-8 includes military-grade additives (anti-icing, corrosion inhibitors) for enhanced performance in extreme conditions, whereas Jet A-1 is a civilian fuel with limited additives.