From Our Family To Yours.
The Hercules® Roadtour® name has become synonymous with tires that deliver an excellent ride at an exceptional value. The series is comprised of three touring tires: the Roadtour 855 SPE grand touring tire, the Roadtour 655 MRE premium touring tire and the new, economical Roadtour 455 all-season touring tire. With a broad selection of sizes, fitments and features, the Roadtour family of tires is sure to offer the perfect tire for every member of your family.
A trusted choice.
The Roadtour 455 brings you the quality ride, security and performance you can confidently count on in an affordable, all-season tire.
A Shift Up
The Roadtour 655 MRE is the premium touring tire ideal for the driver who’s looking to step up to increased traction, enhanced performance, longer wear and a more comfortable ride.
A Perfect Performer
The Roadtour 855 SPE makes no compromises, providing superior control, precise handling and enhanced all-season traction with a quieter, more luxurious ride.
- Performance and fuel efficiency at a great value
- Two distinct tread patterns
- Affordable all-season capability
Non-Directional Tread Pattern
A traditional tread design promotes even wear and allows for longer tire life.
Strategically Placed Full Depth Siping
Recurring full depth sipe areas provide flexibility while maintaining overall stability for greater grip and even wear.
Optimized Pitch Sequence
A four-pitch sequence delivers reduced road noise for a quieter ride.
Solid Center Rib
Center rib promotes crisp handling and driver comfort. And as it wears it becomes solid to provide added stability and grip.
Profile Shape
An updated profile design optimizes surface contact with the road for increased traction and tread life.
Asymmetric Tread Patter
Modern tread pattern provides better traction and cornering for today’s performance-oriented cars.
455 Sport
Sharing many of the Roadtour 455’s design features but offering a more aggressive appearance and tread design, the Roadtour 455 Sport is the perfect fit for today’s sportier vehicles requiring V-rated tires.
- Tread design reduces noise generation
- Great flexibility and surface contact
- Zig-zag siping provides less sway and improved handling
Thin-Gauge Siping
33% narrower than conventional siping, our thin-gauge siping enhances traction and stability without sacrificing flexibility.
Zig-Zag Spring
The zig-zag design of our sipes creates more biting edges and reduces lateral movement for less sway and improved handling.
Optimzed Pitch Sequence
An updated four-pitch sequence allows for an increased number of lateral grooves, improving traction without increasing noise levels.
Non-Directional Tread Pattern
Our modernized take on a traditional tread design is cross-rotation compatible, appealing to your more practical customers.
Circumferential Grooves
Four wide grooves allow for excellent water evacuation, resulting in hydroplane resistance and improved wet traction.
Profile Shape
An updated profile design optimizes surface contact with the road for maximum traction and tread life.
- Great-looking, high performing tire
- Silica compound enhances wet traction
- Increased grip in adverse conditions
- Incredibly quiet, comfortable ride
Asymmetric Tread
Larger tread blocks on the outside of the tire provide increased stability and dry traction, while smaller inside elements feature dense siping for added grip during adverse conditions.
Semi Solid Center Rib
Promotes water evacuation while maintaining crisp handling and driver comfort.
Solid Shoulder With Offset Grooves
Enables greater stability when cornering and reduces road surface noise for a quiet, comfortable ride.
3D Siping
Unique design facilitates greater contact with the road and increases the amount of biting edges, improving grip on wet roads and in light snow.
Full Depth Siping
Delivers consistent, lasting traction and performance throughout the life of the tire.
Advanced Silica Tread Compound
Provides even wear, low rolling resistance and enhanced wet traction.
Circumferential Grooves
Four wide grooves allow for excellent water evacuation, hydroplane resistance and improved wet traction.
