Phil Long Collision Center is a Subaru Certified Collision Center, recognized by Subaru of America for meeting the manufacturer's repair standards. Our Fillmore facility has a long history with Subaru — the Fillmore location was originally established as Phil Long Subaru, giving our team deep familiarity with the brand. Today, that heritage translates into Subaru-certified repair expertise for the Colorado Springs Subaru community.

Subaru’s certification program requires certified facilities to demonstrate proficiency in Subaru-specific structural repair techniques, investment in Subaru-approved measuring and welding equipment, and completion of Subaru’s training curriculum. For a brand known for its symmetrical all-wheel drive and its loyal customer base in Colorado’s outdoor-active market, certified repair is particularly important — Subaru owners often depend on their vehicles for mountain driving, skiing, hiking access, and outdoor activities where structural integrity directly affects safety on unpaved roads and in mountain weather.

Subaru’s Symmetrical All-Wheel Drive (AWD) system is a defining feature of every Subaru vehicle except the BRZ. Because the AWD drivetrain runs to all four wheels with equal driveshaft lengths, structural repairs that affect the vehicle’s floor geometry must restore precise dimensional accuracy — even small deviations can create vibration or driveshaft bind that affects AWD function. Our structural measuring system verifies dimensional accuracy to Subaru’s tolerance specifications before any structural repair is considered complete.

Subaru’s EyeSight Driver Assist Technology is standard on most current Subaru models. EyeSight uses a dual-camera system mounted at the top of the windshield to provide Adaptive Cruise Control, Pre-Collision Braking, and Lane Keep Assist. These cameras require recalibration after any windshield replacement or front-end structural repair that affects the camera mounting geometry. EyeSight recalibration is a specific Subaru procedure requiring Subaru’s calibration target and approved software — not a generic ADAS recalibration process.

Subaru’s BOXER engine architecture places the engine horizontally in the engine bay — a configuration that affects front-end structural repair because the engine’s horizontal footprint occupies space that is vertically empty in conventional engine layouts. Front collision repairs on Subaru vehicles require awareness of how the BOXER engine position interacts with front structural member repair procedures. Our certified technicians understand this Subaru-specific structural relationship and factor it into repair assessments.