✨ New Arrivals Just Dropped!Explore
HomeStore
Powell Peralta Skateboard Wheels 51mm x 31mm Dragon Formula 97A AV51 Nano Rat Hoefler Off White
Powell Peralta Skateboard Wheels 51mm x 31mm Dragon Formula 97A AV51 Nano Rat Hoefler Off White
97A Dragons are designed to roll over rough terrain while maintaining the grip and slide of traditional 99A and 101A wheels. Their optimized 97A hardness gives you a smoother ride on more surfaces without giving up the responsiveness and control needed for technical tricks - letting you push your skating further anywhere you go. DF-97A's feature up to 20% higher rebound than standard hard wheels, giving you noticeably more speed in parks, bowls, and rough streets– places where regular 93A wheels slow you down. Designed for real-world terrain, Dragons grip when you need control and slide when you want flow– thanks to a one-of-a-kind formula developed over 10 years. Made from premium materials, Dragon Formula wheels are built to last. They stay fast, smooth, and consistent– delivering real value over cheap wheels that wear out quickly.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
$46.95
Powell Peralta Skateboard Wheels 51mm x 31mm Dragon Formula 97A AV51 Nano Rat Hoefler Off White—
$46.95
More Images
Powell Peralta Skateboard Wheels 51mm x 31mm Dragon Formula 97A AV51 Nano Rat Hoefler Off White
97A Dragons are designed to roll over rough terrain while maintaining the grip and slide of traditional 99A and 101A wheels. Their optimized 97A hardness gives you a smoother ride on more surfaces without giving up the responsiveness and control needed for technical tricks - letting you push your skating further anywhere you go. DF-97A's feature up to 20% higher rebound than standard hard wheels, giving you noticeably more speed in parks, bowls, and rough streets– places where regular 93A wheels slow you down. Designed for real-world terrain, Dragons grip when you need control and slide when you want flow– thanks to a one-of-a-kind formula developed over 10 years. Made from premium materials, Dragon Formula wheels are built to last. They stay fast, smooth, and consistent– delivering real value over cheap wheels that wear out quickly.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
97A Dragons are designed to roll over rough terrain while maintaining the grip and slide of traditional 99A and 101A wheels. Their optimized 97A hardness gives you a smoother ride on more surfaces without giving up the responsiveness and control needed for technical tricks - letting you push your skating further anywhere you go. DF-97A's feature up to 20% higher rebound than standard hard wheels, giving you noticeably more speed in parks, bowls, and rough streets– places where regular 93A wheels slow you down. Designed for real-world terrain, Dragons grip when you need control and slide when you want flow– thanks to a one-of-a-kind formula developed over 10 years. Made from premium materials, Dragon Formula wheels are built to last. They stay fast, smooth, and consistent– delivering real value over cheap wheels that wear out quickly.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
ABOUT THE AV1 NANO RAT SHAPE: Radial climb design face. Asymmetrical design allows each side to do its job. "Lock-in" inner face. Center set bearing. Narrow ride patch.
