Segments
CommunityScenic

Segment

PCH: I-10 of Santa Monica to Neptune’s Net.

Los Angeles, CA

Distance30.2 mi
Riders0
Attempts0

Scenic cruise. Beware of speed cameras and patrols.

PCH: I-10 of Santa Monica to Neptune’s Net. is a 30.2-mile scenic motorcycle segment near Los Angeles, CA. Nobody has set a time on it in the Rippin' app yet, so the first rider through takes the KOM.

The timed section starts at 34.0116° N, 118.4963° W and ends at 34.0530° N, 118.9626° W. It is a community segment: a rider submitted the road and it was approved for timing.

Results

0

No times set yet. Be the first to run it.

How segments work

Segments on Rippin' are timed stretches of road. Record a ride in the app and any segment you pass through is detected automatically from GPS, your elapsed time is saved as an effort, and your fastest run goes on the public leaderboard. The quickest rider holds the KOM. Times are informational only: ride within the law and to conditions.

To ride PCH: I-10 of Santa Monica to Neptune’s Net., open Rippin' on iPhone or Android, find it on the Explore map around Los Angeles, CA, and start a ride. The app clocks the 30.2-mile section automatically, counts it toward your rider level and points, and adds the road to your ride history with a route map, moving time and average speed. Group rides through the segment score every rider in the group.

Nearby segments

6

Upcoming meets within 25 miles

6

FAQ

How long is PCH: I-10 of Santa Monica to Neptune’s Net.?

PCH: I-10 of Santa Monica to Neptune’s Net. is 30.2 miles long.

Where does PCH: I-10 of Santa Monica to Neptune’s Net. start?

The segment starts at 34.0116° N, 118.4963° W near Los Angeles, CA and finishes at 34.0530° N, 118.9626° W. Open the segment in the Rippin' app to navigate to the start line.

Is there a leaderboard for PCH: I-10 of Santa Monica to Neptune’s Net.?

Yes. No rider has posted a time yet, so the leaderboard is open. Record a ride through the segment in the Rippin' app and your best time is ranked automatically.

30.2 mi