FOX 025-03-013 JM92 Advanced Suspension Fluid 5 Gallon - High-Temp Mineral Oil

Vehicle Fitment

• No vehicle-specific fitment; universal suspension fluid for FOX shocks

Fitment Notes

• Designed for use in FOX Racing Shox suspension systems (Factory Series, Performance Series, emulsion or bypass shocks)
• Volume: 5-gallon container
• Mineral oil-based formula (JM92 Red Oil)

Features

• High-temperature stability for consistent damper performance
• Resists shock fade under severe off-road and racing conditions
• Mineral base compatible with FOX seals and internal materials
• Engineered to meet FOX factory oil specifications
• Excellent viscosity index (~5.13 cSt @ 100 °C) for smooth damping
• Low pour point (~-75 °F) for cold start reliability
• Available in convenient 5-gallon pail for servicing multiple shocks
• Brings damping consistency across temperature extremes and hours of riding

Specifications

• Product: JM92 Advanced Suspension Fluid
• Quantity: 5 gallon (≈39 lbs)
• Viscosity @ 100 °C: ~5.13 cSt
• Viscosity Index: ~370
• Flash Point: ~203 °F
• Pour Point: ~-75 °F
• Oil Type: Mineral base

Included Components

• 1x 5-gallon pail of FOX JM92 Advanced Suspension Fluid

Product Description

This 5-gallon pail of FOX 025-03-013 JM92 Advanced Suspension Fluid (Red Oil) is designed for FOX Racing Shox suspension rebuilds and services. Formulated specifically for high-temperature load cycles and off-road abuse, JM92 delivers consistent damping and longevity in both emulsion and bypass shock systems.

Compatible with FOX Factory Series, Performance Series, and off-road racing shocks, this mineral oil-based fluid meets factory spec requirements for viscosity, temperature resistance, and seal compatibility. It maintains stable damping performance across extreme temperature ranges, improves ride consistency, and minimizes shock fade during prolonged use.

Ideal for professional rebuild shops or enthusiasts servicing multiple FOX shocks, this bulk container offers convenience and confidence in maintaining peak suspension performance.