Cyclists.com

Cycling in Torri del Benaco

1 cycling route from Torri del Benaco, Veneto, Italy, 59 km, 59 km mapped in all, with up to 201 m of climbing in a day. Mostly flat riding (3 m of climbing per km on average), mostly road routes, 16% of the riding on main roads without a cycle lane.

1ride
59km
201m of climbing

At a glance

Routes
1
59 km mapped
Lengths
59 km
Biggest day
201 m
3 m per km on average
Terrain
Flat
Surface
Mostly paved
Bike
Road bike
Difficulty
Easy
GPX
Every route
1 ride · 59 km

Know before you go

Added up from the recorded routes and OpenStreetMap; nothing estimated.

Surface
Paved almost throughout.
Roads
16% of the riding on main roads without a cycle lane · 22 km on cycle paths or lanes.
Bail-outs
A railway station or ferry within reach on 1 route.

Cycling guide to Torri del Benaco

Torri del Benaco is a starting point for a 59.2 km route to Verona passing through multiple towns including Garda, Bardolino, and Lazise. The route includes 22.4 km of cycle paths and 9.3 km on main roads without cycle lanes. It offers moderate elevation gain of 201 m and features a largest climb of 1.4 km at an average gradient of 3.3%. The route passes near 12 railway stations and has a longest stretch without services of 5.3 km, suitable for planning stops. The surface is 92% paved and 4% gravel or unpaved, accommodating a variety of bikes. This ride traverses Veneto region in Italy, connecting numerous small towns and offering diverse road conditions.

More on best time to ride, terrain

Best time to ride

The route is recorded for September, with no temperatures specified.

Terrain

The terrain is rolling with a total elevation gain of 201 m over 59.2 km. The biggest climb near the midpoint is 1.4 km long with an average gradient of 3.3% and a maximum of 5.1%, reaching 112 m altitude. The highest point on the route is 139 m above sea level.

Nearby destinations

About this page

Routes
1 published route filed under Torri del Benaco.
Numbers
Added up from the routes on this page: distances and climbing from their lines, surface and roads from OpenStreetMap.
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