The torque setting for a Honda CR-V varies by bolt and year; there isn’t a single universal value applicable to every model or fastener.
Why torque values vary by component
Common torque specs by component
Below are typical ranges that cover many CR-V configurations. Exact values for your year and engine may differ; use your manual or service sheet for the precise number.
- Wheel lug nuts: about 80 ft-lbs (108 Nm)
- Spark plugs: about 13–20 ft-lbs (18–27 Nm)
- Engine oil drain plug: roughly 29–39 ft-lbs (39–53 Nm)
These ranges serve as practical guidelines for routine maintenance. Always confirm the exact torque from the official specification for your vehicle’s year and engine, and apply the correct tightening sequence when applicable.
Where to find the exact torque spec for your CR-V
To ensure precision, consult model-year specific documentation. The following sources are commonly used by owners and technicians:
- Owner's manual: often includes basic torque specs for routine maintenance and common fasteners.
- Honda service manual or workshop manual for your year and engine; contains detailed torque values and tightening sequences.
- Official Honda TechInfo portal or dealership service databases; provide model-specific specs and service notices.
In practice, rely on the exact specification printed by Honda for your exact model year and engine. If you’re unsure, have a qualified technician verify torque to prevent damage or safety risks.
Practical tips for applying torque safely
Use a calibrated torque wrench, tighten fasteners in the correct sequence for multi-bolt patterns, and re-check after a short break-in period. For critical fasteners like head bolts or main bolts, follow the factory tightening procedure and any multi-step sequences.
Summary
There is no universal torque setting for a Honda CR-V. The correct torque depends on the component, model year, and engine. Always refer to the exact manual or service documentation for precise values and tightening procedures. When in doubt, seek professional help to ensure proper torque and safety.


