Annapolis, MD · separated · mixed
Kent Island South Trail
5.7-mile mixed route with 43 ft of elevation gain, signed as part of the local cycle network, route reference “KIST”, separated from motor traffic.
Live · updated
Today's verdict
Skip today — the bike can wait.
- Pavement: wet — wet during the likely ride window — reduced braking, road spray, limited visibility to drivers.
- 17 mph wind — noticeable — pacing will shift with the wind.
Best for e-bike riding today
Route map
Orange marker is the start. Click the map to enable scroll-zoom — the polyline is approximate; use Ride with GPS or Komoot for turn-by-turn.
Atmosphere
- Air temp78°FCloudy
- Wind17 mphE
- Rain16%Next 24h: 0.00"
- Humidity82%
Surface & daylight
- Pavementwetmixed surface
- Sunrise5:49 AM
- Sunset8:31 PM564 min remaining
Best time today
12 PM looks best — 81°F · 10 mph E wind · slight chance rain showers. 7 PM is a close second (18/100).
Slight Chance Rain Showers
Slight Chance Rain Showers
Mostly Cloudy
Mostly Cloudy
Mostly Cloudy
Mostly Cloudy
Mostly Cloudy
Mostly Cloudy
Mostly Cloudy
Wind on this route
17 mph tailwind outbound — expect a 17 mph headwind on the return.
Currently 17 mph from the NE (50°). Relative to this ride's overall bearing, a quartering tailwind.
- Leg 1 Bearing 183° · quartering tailwind 0.4 mi
- Leg 2 Bearing 204° · tailwind 0.5 mi
- Leg 3 Bearing 173° · quartering tailwind 0.5 mi
- Leg 4 Bearing 186° · quartering tailwind 0.5 mi
- Leg 5 Bearing 173° · quartering tailwind 0.5 mi
- Leg 6 Bearing 170° · quartering tailwind 0.5 mi
- Leg 7 Bearing 164° · quartering tailwind 0.5 mi
- Leg 8 Bearing 184° · quartering tailwind 0.5 mi
Elevation profile
Score breakdown
About this route
- Distance
- 5.7 mi one-way (double for round-trip)
- Elevation gain
- 43 ft
- Surface
- mixed
- Shape
- Out-and-back
- Traffic exposure
- separated
- Activities
- road cycling · e bike
- Cycle network
- LCN · route KIST
- Start
38.9528, -76.3512- City hub
- Annapolis, MD
- OSM
- relation 9714097
Description sourced from OpenStreetMap relation tags and member-way geometry.