The Michelin City Cargo 20 Competition Line tire featured here at Escapa is an urban tire designed to meet the demands of cargo and E-Bikes. Its reinforced construction withstands heavy loads, frequent braking, and the constant starts and stops typical of urban commuting, offering stability and a long service life.
Michelin Magi-X Compound
The Magi-X compound is designed to maintain reliable traction in a variety of weather conditions. Its formulation improves grip on wet surfaces and helps maintain control during acceleration, direction changes, and braking. This feature is particularly important for cargo bikes and e-bikes, where the increased weight of the bike and cargo places greater demands on the tires.
CrossClimate-Inspired Tread Pattern
The tread design is inspired by Michelin CrossClimate technology. Its pattern is designed to provide year-round traction and promote efficient water evacuation, improving safety on wet pavement. The center section ensures efficient rolling, while the sidewall structure provides support and stability when cornering.
Cargo Shield Protection
Cargo Shield technology reinforces the tire’s structure to withstand the weight and demands of a cargo bike. The durable casing helps protect against punctures, cuts, and sidewall damage caused by intensive urban use. This protection is particularly well-suited for daily commutes, deliveries, transporting children or luggage, and rides where reliability is a priority.
Compatible with Rapido E-Bikes
The Michelin City Cargo is E-50 certified, making it suitable for fast e-bikes and S-pedelecs up to 50 km/h, provided local regulations permit these types of vehicles. Its reinforced construction is designed to withstand the increased weight, torque, and braking forces associated with e-bikes.
Reflective sideband
The sidewalls feature a reflective band around the entire circumference that increases the bike’s side visibility when illuminated by other vehicles. This feature provides additional protection during nighttime rides, in urban environments, and in low-visibility conditions.
