2007 Yonex MP-2i Midplus 102inch 16*18 295g

Year: 2007

Yonex MP-2i Midplus 2007 is a tennis racket with head size 102in² and a string pattern 16x18.The declared unstrung frame weight is 295g, the balance is equal to 324mm and the stiffness is 67 RA.

2007 Yonex MP-2i Midplus 102inch 16*18 295g

Brand

Yonex

Model

MP

Weight (Unstrung)

295g (10.00 oz)

Head Size

102 in²

String Pattern

16x18

Stiffness (RA)

67 RA

Medium

Balance

324mm

Expert Review

Positioned as a tweener frame, this racquet targets players seeking a specific balance of performance traits. The 102 in² head size boosts forgiveness and sweet spot size. A stiffness rating of 67 RA results in a softer, more dampened response at impact. With an unstrung weight of 295 g, the frame adds stability through mass. The 16x18 string pattern (open) influences spin access and launch angle. Performance-wise, it scores 80/100 for power, 100/100 for spin, and 60/100 for control, outlining its on-court behavior. Comfort levels are above average, supporting longer hitting sessions. It is best suited for intermediate players.

User Feedback

User comments for racquets with similar specifications highlight predictable on-court characteristics. Many players mention easy access to spin and depth, particularly from the baseline, with a launch angle that helps keep the ball heavy. Comfort is generally viewed as a positive, particularly for longer sessions. Overall, it is most often recommended by users for intermediate players.

Performance Scores

Power

80/100

Spin

100/100

Control

60/100

Comfort

60/100

Maneuverability

75/100

Stability

52/100

Tennis Elbow Risk

54/100

Recommendations

Player Level

Intermediate

Category

Tweener

Age Group

Adults

Swing Style

Medium

Playing Style

All Court
Baseliner

Recommended Tension

48; 58 lbs

Recommended String Type

Multifilament

Additional Specifications

Materials

Ultra Alto Modulus Grafite / Ultimum Ti

Grip

G4

Beam Profile

24-25- mm

Beam Width

24.0; 25.0

Sweet Spot Size

Medium

String Pattern Density

Open