Colonel Crawford Multi-Purpose Trail

0.9 mi Out-and-back 115 ft gain

0.9-mile mixed route with 115 ft of elevation gain, signed as part of the local cycle network, mostly separated from motor traffic.

Marginal conditions — get the road bike out if you have to.

  • 21 mph wind — noticeable — pacing will shift with the wind.
52 /100
ok
52 Road
67 E-bike

Best for e-bike riding today

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.

  • Air temp
    73°F
    Clear
  • Wind
    21 mph
    N
  • Rain
    0%
    Next 24h: 0.12"
  • Humidity
    50%
  • Pavement
    dry
    mixed surface
  • Sunrise
    6:56 AM
  • Sunset
    7:37 PM
    168 min remaining

7 PM looks best — 71°F · 3 mph NE wind · clear.

5 PM
75°

Sunny

5 mph N
61
6 PM
74°

Clear

5 mph N
61
7 PM Best
71°

Clear

3 mph NE
74

21 mph crosswind — expect a 21 mph headwind on the return.

Currently 21 mph from the NNE (30°). Relative to this ride's overall bearing, a crosswind.

  1. Leg 1 Bearing 152° · quartering tailwind 0.1 mi
  2. Leg 2 Bearing 158° · quartering tailwind 0.1 mi
  3. Leg 3 Bearing 157° · quartering tailwind 0.1 mi
  4. Leg 4 Bearing 141° · quartering tailwind 0.1 mi
  5. Leg 5 Bearing 120° · crosswind 0.1 mi
  6. Leg 6 Bearing 120° · crosswind 0.1 mi
  7. Leg 7 Bearing 103° · crosswind 0.1 mi
  8. Leg 8 Bearing 81° · quartering headwind 0.1 mi
1200'1250'1300'1350' 0 mi1 mi
99 ft gain 30 ft loss Max 1302' Min 1220' 0.9 mi sampled
·
73°F air Within comfort range, outside ideal
-3
21 mph wind Noticeable — pacing will shift with the wind.
-6
Strong crosswind 21 mph crosswind — expect a 21 mph headwind on the return.
-3
+
Pavement: dry Clean dry pavement — maximum grip.
+4
Distance
0.9 mi one-way (double for round-trip)
Elevation gain
115 ft
Surface
mixed
Shape
Out-and-back
Traffic exposure
mostly separated
Activities
road cycling · e bike
Cycle network
LCN
Start
41.6926, -80.0952
OSM
relation 15007113

Description sourced from OpenStreetMap relation tags and member-way geometry.

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