CVT Transmission Oil Level Dipstick Indicator Gauge, Transmission Fluid Oil Gauge Extended CVT Life, 2.5L Gauge Assy Oil Dipstick Replacement for Nissan Altima Rogue OEM#31086-JA00A

Maintain your Nissan's CVT transmission with the KoiLuvGo Transmission Fluid Dipstick. This precision replacement tool allows accurate fluid level monitoring to help extend transmission life. Made from durable stainless steel with a plastic handle ring, it directly replaces OEM part 31086-JA00A. Compatible with 2007-2024 Nissan Altima 2.5L, Rogue 2.5L, Rogue Sport 2.0L, and Sentra 1.6L turbo models. The 23.74-inch length ensures easy access and reliable fluid level readings for proper transmission maintenance.

• Applicable Models: This transmission dipstick is suitable for Nissan 2007-2024 Altima 2.5L/4-cylinder models, 2017-2019 Rogue Sport 2.0L and Sentra 1.6L/4-cylinder turbocharged models, and 2015-2024 Rogue 2.5L/4-cylinder non-hybrid models.
• Precise Measurement: This transmission fluid dipstick is 23.74 inches long and 0.79 inches wide, helping you quickly and accurately measure the fluid level in the tank. Keeping the transmission fluid fresh and at the correct level is crucial for extending the life of the transmission, especially for CVT transmissions.
• Durable Material: This automotive transmission fluid dipstick is made of high-quality stainless steel, offering good elasticity and resisting deformation and breakage. It features a durable plastic handle ring. Long-lasting and precise performance. Exquisite craftsmanship and rigorous quality testing effectively resist various harmful factors, ensuring long-term reliable use.
• Extend Transmission Life: This CVT transmission fluid dipstick is replaceable with OEM part numbers 31086-JA00A or 31086-JA000. It protects the CVT transmission from overheating and damage caused by low transmission fluid levels or fluid contamination.
• Easy to Use: Simply insert the dipstick into the transmission fluid reservoir and remove it to read the fluid level. After use, please wipe it clean to avoid affecting the next measurement.