A cycling computer is a handlebar-mounted device that displays ride data — speed, distance, power, cadence, heart rate, and GPS navigation. Traditional cycling computers are standalone units that require a separate fitness watch or band for body metrics.

MossCode PHI is a bike computer alternative that combines both: the dial mounts on your bars as a full cycling computer, while the wrist band tracks heart rate, HRV, and recovery 24/7. One modular sports watch cycling system replaces the two-device stack.

It depends on what you prioritize. A dedicated cycling computer gives you a large handlebar display, sensor connectivity, and GPS navigation, but no body metrics. A smartwatch tracks health and fitness 24/7, but the small screen and lack of a bar mount make it hard to use as a primary ride display. MossCode PHI removes the cycling computer vs smartwatch dilemma: the dial mounts on your bars as a full cycling computer, while the band stays on your wrist for continuous health tracking. One device does both — no compromise, no subscription.

Yes. MossCode PHI delivers every feature you would expect from a dedicated bike computer — GPS bike navigation with offline maps, real-time cycling data fields, ANT+ and Bluetooth sensor support, and a 2,000-nit AMOLED display — plus wrist-based body intelligence that standalone bike computers cannot provide.

It is designed as a complete bike computer alternative for road cyclists, gravel riders, and bikepackers who want pro-level cycling data tracking without carrying multiple devices.

MossCode PHI supports full GPS bike navigation with pre-loaded offline maps. Routes can be planned in the companion app and synced to the dial before your ride. During the ride, the map auto-zooms before turns and a haptic alert on your wrist warns you ahead of each one. Offline maps cycling support means navigation works even in remote areas with no cell signal — essential for long distance cycling routes far from town.

Yes.

The Band alone is 5ATM (shower/swim ready), and Dial (bike-computer mode) / Band+Dial (watch mode) are IP66+IP68.

Swimming can be logged as a basic activity (e.g., duration/calories), but dedicated swim mode & swim-specific metrics aren’t available at launch — we’re actively developing them and plan to support them in a future firmware update.

Because water interferes with heart-rate collection for all wrist optical sensors, we need more alpha-user data to calibrate underwater HR accuracy; before we ship a firmware version that supports underwater HR display, we recommend using a chest strap (BLE/ANT+) for accurate HR tracking in the water.

The dial displays a comprehensive set of cycling data fields: speed, distance, cycling power, cadence, heart rate and HR zones, elevation, GPS map, lap times, calories, training load, etc. Data screens are fully customizable and can be scrolled using the wrist-flip gesture.

All your cycling data fields explained on one round display bike computer — no need to juggle between devices or apps.

GPS accuracy on a cycling watch depends on two things: the number of satellite constellations supported and whether the receiver uses single-band or dual-band (L1+L5) frequency tracking. Single-band GPS watches typically drift 3–10 meters in open conditions and can lose accuracy significantly under tree cover, near tall buildings, or on tight switchback descents. Dual-band (typically L1+L5) receivers reduces positional error and producing cleaner, tighter route traces. MossCode PHI uses dual-band GNSS tracking across GPS, GLONASS, Galileo, and BeiDou. The result: accurate distance, elevation, and route recording whether you're on open highway, under dense canopy on a gravel cycling route, navigating city streets, or descending alpine switchbacks.

MossCode PHI displays real-time cycling cadence data from compatible ANT+ or Bluetooth cadence sensors. Cadence is integrated into your ride dashboard alongside power, heart rate, and speed.

Post-ride analysis helps you understand your pedaling patterns across different terrain and intensities. Think of it as a built-in cycling cadence guide that grows smarter with every ride.

Most bike computers use either LCD or MIP (Memory-in-Pixel) screens. LCD displays wash out in direct sunlight and offer limited viewing angles — fine indoors, but hard to read at speed on the road. MIP screens (used by Garmin and Wahoo) handle sunlight well but look dull and low-contrast, with muted colors and no backlight punch for dawn, dusk, or night rides.

MossCode PHI uses a 1.54-inch round AMOLED display with 2,000-nit peak brightness and Always-On mode. AMOLED delivers vibrant colors, true blacks, sharp contrast, and wide viewing angles — readable in full sun like MIP, but also crisp in shade, tunnels, and low light where MIP and LCD both struggle. The result: a display you can actually read in every condition you ride in.

Yes. MossCode PHI is built for long-distance and off-road riding. Bikepacking GPS features include pre-loaded offline maps, turn-by-turn navigation without cell signal, and extended battery modes for multi-day trips.

For gravel cycling, the system delivers the same durability and water resistance (5ATM band, IP68+IP66 watch) along with auto climb mode and gradient-activated data screens. One rugged, self-contained system that works as your complete gravel cycling guide.