Below you will find pages that utilize the taxonomy term “Elevation-Profile”
London–Brighton Cycle Route Elevation Profile: Trusted Services for 2026
London–Brighton Cycle Route Elevation Profile: Trusted Services for 2026
Planning London to Brighton and want to see the elevation profile before you ride? Here’s the fast answer and the reliable tools we use at Hiking Manual. The classic road variant runs 54–55 miles from Clapham Common to Brighton seafront; charity versions are fully supported, well‑signed, and family‑friendly, with thousands taking part each year. The defining effort is the late‑ride ascent of Ditchling Beacon, followed by a long descent to the coast, so previewing the profile helps you pace smartly and fuel well. Below, we share the best free and low‑cost services to view the London to Brighton cycle route elevation profile, compare variants, and download a GPX for your bike computer—plus practical tips for gear, safety, and 2026 event logistics based on current organiser guidance from the BHF road ride and off‑road editions, and other major charity events.
Top London to Brighton Cycle Route Elevation Apps and Tools 2026
Top London to Brighton Cycle Route Elevation Apps and Tools 2026
The classic London to Brighton ride is 54–55 miles from Clapham to the Brighton seafront, capped by the decisive South Downs climb over Ditchling Beacon. Most riders finish in 4–6 hours, depending on pacing, stops, and conditions, according to the BHF and GOSH event pages. See the full elevation profile on RideWithGPS (official BHF line), Komoot, and Strava; add VeloViewer for deep gradient analysis and segment context.
An elevation profile is a graph showing how a route rises and falls over distance, including total ascent, steepest gradients, and max/min elevations. Cyclists use it to pace climbs like Ditchling Beacon, choose gearing, and estimate fueling and rest points. For planning context, the VeloViewer LONDON TO BRIGHTON BHF segment lists 1,058 m cumulative ascent, an 11.7% max gradient, and ~197 m/−24 m max/min elevation.