Yonex Vcore 100 Ruby Red Tennis Racket Frame Only 2026
The Yonex VCORE 100 combines precision engineering with player-friendly forgiveness. Its 100 sq in head delivers the spin and power aggressive baseline players demand, whilst the 8th generation VCORE technology ensures consistent performance across the string bed.
ISOMETRIC
Aero Trench
To achieve faster head speeds for increased spin potential, the new Aero Trench reduces drag by uniquely hiding the grommets located at the top of the racket frame.
LINER TECH
Newly engineered straight hole grommets allow more string movement on off-centred shots.
VDM (VIBRATION DAMPENING MESH)
First used in their snowboards to reduce vibrations at impact, Vibration Dampening Mesh (VDM) is now used in four of the racket series. VDM is a stretchy mesh material that is wrapped around the graphite within the grip to filter unwanted vibrations and improve touch and precision.
2G-NAMD™ FLEX FORCE
Aggressive, attacking spin for pinpoint control is achieved through a carbon nanotube structure that binds the graphite fibers together, which reduces energy loss. Due to its resilient properties, the material flexes and provides quick snapback.
Description
The Yonex VCORE 100 combines precision engineering with player-friendly forgiveness. Its 100 sq in head delivers the spin and power aggressive baseline players demand, whilst the 8th generation VCORE technology ensures consistent performance across the string bed.
ISOMETRIC
Aero Trench
To achieve faster head speeds for increased spin potential, the new Aero Trench reduces drag by uniquely hiding the grommets located at the top of the racket frame.
LINER TECH
Newly engineered straight hole grommets allow more string movement on off-centred shots.
VDM (VIBRATION DAMPENING MESH)
First used in their snowboards to reduce vibrations at impact, Vibration Dampening Mesh (VDM) is now used in four of the racket series. VDM is a stretchy mesh material that is wrapped around the graphite within the grip to filter unwanted vibrations and improve touch and precision.
2G-NAMD™ FLEX FORCE
Aggressive, attacking spin for pinpoint control is achieved through a carbon nanotube structure that binds the graphite fibers together, which reduces energy loss. Due to its resilient properties, the material flexes and provides quick snapback.
