From Cuenca: Descent of the Andes by Bicycle
Azuay, Ecuador
Cycle from the highlands toward the warm Yunguilla Valley on a friendly mountain bike trip. Visit Giron town, explore a local museum, and experience the climate transition during the downhill ride.
Yunguilla Valley Cycling Tour from Cuenca
This full-day cycling tour departs from Cuenca, Ecuador, suitable for those comfortable on a bike and interested in history and diverse landscapes.
Highlights
- Experience climate zones transitioning from highlands to Yunguilla Valley
- Visit the historical site of the Battle of Tarqui at Portete de Tarqui
- Explore the town of Girón and its local museum
- Enjoy a light lunch and traditional drinks in Yunguilla Valley
- Take in panoramic views of the valley, Jubones Desert, and surrounding landscapes
Description
Your adventure begins with a morning pickup from your hotel in Cuenca. Travel by van to Portete de Tarqui, a highland site at 9,071 feet elevation, known for the 1829 Battle of Tarqui.
Cycle along quiet dirt roads towards Girón, a town recognized for its varied climates and local culture. Visit a museum to learn about the region’s history.
Continue south to the warmer Yunguilla Valley, characterized by fruit trees and cane fields. Enjoy traditional drinks and a light lunch while admiring panoramic views of the valley and Jubones Desert before returning to Cuenca.
Includes
- Transportation from Cuenca
- Visit to Portete de Tarqui
- Visit to Girón town
- Local museum entry
- Cycling in Yunguilla Valley
- Traditional drinks
- Light lunch
- Mountain bike and helmet
- Support mechanic and first aid kit
Excludes
- Tips
Important Information
- The tour involves cycling; participants should be comfortable riding a bike.
- Altitude at Portete de Tarqui is approximately 9,071 feet (2,764 meters), which may affect some individuals.
Cancellation Policy
Cancel up to 24 hours in advance for a full refund.
Bring comfortable cycling clothes, sunscreen, water, and a camera. The best time to visit is during dry season months for optimal road conditions.