Best apps for London to Brighton turn-by-turn cycling navigation

Riding from London to Brighton is a classic UK day ride, and dependable voice-guided navigation makes it smoother—especially through urban turns and rural lanes. The short answer: Komoot and Ride with GPS are the most reliable for turn-by-turn voice guidance and offline maps, with Bikemap a strong value for all-in-one phone navigation. If you prefer to plan meticulously on quiet roads and export a GPX, cycle.travel is superb; Outdooractive is a solid multi-activity alternative. Below, you’ll find the best apps for London–Brighton, how to get GPX files and start voice guidance, and practical tips on battery life, mounts, and offline use. For route context, much of the classic corridor aligns with National Cycle Network paths and traffic-calmed roads highlighted by Sustrans’ route finder Sustrans Find a Route. In Hiking Manual’s experience, these choices deliver clear, consistent prompts on this corridor.

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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.

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Strava vs Komoot vs Ride with GPS: Elevation Gain Accuracy

Choosing a cycling route planner for accurate elevation gain isn’t just about pretty profiles—it’s about pacing climbs safely, judging route difficulty, and managing energy on mixed terrain. Strava, Komoot, and Ride with GPS all show elevation gain, but they often disagree because they use different elevation models, sampling, and corrections. The bottom line: you’ll get the most consistent numbers when you record with a barometric‑altimeter device and keep your planning/export workflow consistent within one platform. For planning control and long-route handling, Ride with GPS tends to be the most predictable; for exploration with surface-aware routing, Komoot shines; for post-ride analysis and performance metrics, Strava is the default for many riders.