Adventure met adrenaline as Gravelton PH delivered another action-packed weekend at Gravelton Clark 2025 last October 18 and 19 at Filinvest Mimosa Plus Leisure City in Clark, Pampanga. Now on its fourth year, the premier gravel race drew cyclists, adventure athletes, and outdoor fans for two days of intense racing across Central Luzon’s rugged terrain and scenic wild tracks.
Ford Philippines strengthened its presence in the gravel community as the official vehicle partner, deploying three Ford Ranger pickup trucks to serve as track and logistics units throughout the event. The fleet assisted race marshals, transported gear, and supported riders navigating demanding routes designed to test endurance, skill, and grit.

Ford partnership fuels race experience
Ritchie Santayana, Group Category Director of Gruppo Innovare Corp (Specialized Philippines) and organizer of Gravelton PH, highlighted this year’s theme, “Forged in Flame, Carved in Ice,” symbolizing both the fierce competitive spirit and chill camaraderie that define the gravel scene. He emphasized that the event was built to push limits while strengthening bonds within the gravel community.
Mark Parulan, Marketing Director of Ford Philippines, underscored why the Ford Ranger was the ideal support vehicle for the race, citing its versatility and rugged performance suited for challenging terrain. He reaffirmed the brand’s commitment to supporting passion-driven outdoor sports that champion adventure and excellence.
Community and competition collide in Clark
With a course built to challenge riders’ stamina while celebrating the fast-growing gravel culture in the Philippines, the event once again solidified Clark as a premier destination for endurance cycling. Energy surged from start to finish as riders tackled diverse surfaces before capping each day with festivities and community gatherings unique to the Gravelton experience.
Gravelton Clark continues to set the pace for gravel racing in Southeast Asia, blending competition, adventure, and community in one action-charged stage.