Yonex Nanoflare 700 Game
Specs
| Flex | flexible |
| Balance | Even |
| Weight / Grip | 4U / G5,G6 |
| Max Tension | 4U: 28 lbs |
Yonex Nanoflare 700 Game - Technical Review & Full Performance Breakdown
The Yonex Nanoflare 700 Game is engineered for players seeking agile handling, rapid swing speed and high-repulsion clears. Featuring a Hi-Flex shaft (mapped here as flexible) and a longer 675 mm frame ("10 mm longer") it enhances racket speed, depth and momentum.
Offered in the 4U weight class (4U/Avg ~84 g) with grip size options of G5 and G6, this racquet delivers a lightweight build that promotes fast reaction and turbine-like rally speed. With a recommended maximum string tension up to 28 lbs for the 4U variant it supports intermediate string setups while remaining forgiving.
The even balance design provides a stable, predictable swing feel - ideal for players transitioning to faster rallies or seeking a frame that supports aggressive clears and drives without sacrificing control. With the typical Nanoflare series emphasis on speed and responsiveness, the 700 Game stands out as an excellent choice for those chasing dynamic performance in each shot.
Racket Specification Breakdown
Flex: Flexible
A flexible shaft generates easy power and repulsion, making it suitable for beginners or players with slower swing speeds.
Flex Rating
Balance: Even
An even-balance racket offers a versatile blend of power and maneuverability, great for all-round play styles.
Balance Rating
Available Variants
4U Variant
Grip Sizes: G5,G6
Max Tension: 28 lbs
4U (80-84g) offers faster handling and great maneuverability, ideal for doubles or quick all-round play.
This tension range is ideal for intermediate to advanced players seeking crisp control and strong repulsion.
Best For
- Players who want easy power and help generating clears.
- All-round players who mix attack and defense equally.
- Players needing faster handling and quick transitions in doubles (4U).
- Intermediate to advanced players who appreciate a frame capable of tighter tensions, but it still performs well at lower, more forgiving tension setups.