CFMoto UTV U-Force
Coolant capacity & service interval
CFMoto UTV U-Force coolant capacity ranges from 2,9 to 3 liters. Service intervals include checking at 4000 km or 6 months, and changing at 24 months or 6000 km. The data covers 5 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| CF1000UU UTV (2018- ) |
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| CF-500UU UTV (2016- ) |
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| CF-500UU UTV (2014-2016) |
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| CF800-3 UTV (2013- ) |
|
| CF-500-3 UTV (2009-2014) |
|
Additional Notes
- The CFMoto U-Force CF-500-3 (2009-2014) holds 2.9 liters of coolant, making it the smallest cooling system capacity across all listed configurations. The remaining configurations — CF-500UU, CF1000UU, and CF-800-3 — all share a 3-liter capacity.
- The CF-500-3 (2009-2014) is the only configuration specifying a coolant level check interval, set at every 4,000 km or 6 months under normal use conditions, in addition to a full change interval.
- The CF-500-3's coolant change interval is defined solely by a 24-month time period, with no distance figure attached. All other configurations pair a 6,000 km distance with the same 24-month time limit for their change intervals.
- A 24-month coolant change interval is a standard recommendation across all five listed configurations, reflecting the typical degradation rate of ethylene glycol-based antifreeze, which loses its corrosion inhibitors and pH stability over time regardless of mileage.
- The CF-500UU appears in two separate specification entries covering different starting years, both carrying identical 3-liter capacity and 6,000 km / 24-month change interval figures under normal use conditions.
- The CF1000UU (2018) and CF-800-3 (2013) share the same 3-liter cooling system capacity and 6,000 km / 24-month change interval as the CF-500UU, despite representing larger displacement engines. A larger engine does not necessarily require a proportionally larger coolant volume when the system design is optimized accordingly.
- All five configurations are rated under normal use conditions, meaning the listed intervals apply to standard operating environments rather than high-stress or severe-duty scenarios such as sustained heavy loads, extreme temperatures, or frequent water crossings.