Find a California brake and lamp inspection station near you — search by ZIP, city, or your location

Hancocks Automotive

✓ Vehicle Safety Systems Inspection

4990 Lincoln Blvd, Oroville, CA 95966

Call (530) 533-9475 Apple Maps Google Maps

License #97485 · California state licensing records · data refresh 2026-08-03

About this brake and lamp inspection station

Located at 4990 Lincoln Blvd in Oroville, CA, Hancocks Automotive serves drivers across the Oroville area. It appears in California state licensing records under license #97485 (data refresh 2026-08-03).

Its self-reported specialty on record: Vehicle Safety Systems Inspection. Phone: (530) 533-9475. Confirm hours by phone before heading over. Details can change between data refreshes.

Other options nearby

No other brake and lamp inspection stations on record within 15 miles — search a wider area.

Search a different area ›

Common questions

Where is Hancocks Automotive located?

Hancocks Automotive is at 4990 Lincoln Blvd, Oroville, CA 95966. Phone: (530) 533-9475.

What license does Hancocks Automotive hold?

Hancocks Automotive appears in California state licensing records under license #97485 (data refresh 2026-08-03).

What does a brake service include?

A complete brake service includes inspection of pads, rotors, calipers, brake lines, and fluid — followed by replacement of whatever is worn beyond safe limits, with a road test to confirm.

  • Brake fluid absorbs moisture over time and lowers the boiling point — flush recommended every 2-3 years
  • Rotors can often be machined instead of replaced if within spec
  • Caliper slide pins must be lubricated to prevent uneven pad wear
  • Some pads include a lifetime pad warranty — ask about coverage
  • Road test after service is non-negotiable for confirming safe stopping

Per ASE A5 brake system standards.

How long do brake pads last?

Brake pads typically last 30,000-70,000 miles — driving style and terrain are the biggest variables.

  • City stop-and-go driving wears pads 2-3x faster than highway
  • Heavier vehicles put more load on brake components
  • Quality of pad compound affects longevity significantly
  • Front pads wear faster than rear on most vehicles
  • California hills and canyon driving accelerate wear

Per ASE technician guidelines and brake manufacturer data.