Dipper M C10

Weight

85g

Thickness

6.1mm

Plies

5-ply

Handles

FL / ST

Material

Hybrid

Head Shape

Standard

Balance

Balanced

Dhs

Dipper M C10

China

DHS Dipper M C10 is a hybrid table tennis blade built for aggressive players who demand a powerful yet controlled game. It combines advanced composite materials with wood to deliver a potent mix of speed and stability, ideal for executing forceful drives and confident loops from any position. This blade offers a responsive and direct feel, making it a compelling choice for offensive-minded players who still prioritize shot precision and manageability.

5-Ply Construction

The blade features a symmetrical 5-ply construction. It uses wood for the outer plies and core, with layers of glass-carbon composite material positioned between them. This structure aims to balance the speed and rebound from the composites with the touch and feel provided by the wood layers.

TT Sensei Ratings

Our expert analysis of this blade's performance characteristics

Speed
9.5

With a high-speed rating, Dipper M C10 is built for aggressive, offensive play. The integration of composite materials like glass-carbon provides exceptional elasticity, translating into powerful shots and rapid counter-exchanges that can pressure opponents.

Control
7.5

Despite its focus on speed, this blade maintains a very respectable level of control. The construction and technology work to keep the blade manageable, allowing for precise shot placement and confident ball handling even during fast-paced rallies.

Feel
Medium-Hard
SoftMedium-HardHard

The blend of wood and composite materials creates a feel that is firmer and more direct than an all-wood blade. It provides clear, responsive feedback upon ball contact, which many offensive players appreciate for shot consistency.

Throw Angle
Medium-High
LowMedium-HighHigh

The blade's speed-oriented construction and offensive design profile suggest a medium-high throw angle. This characteristic helps facilitate aggressive looping attacks, allowing players to generate heavy topspin with good arc over the net.

Dwell Time
7.0

Dwell time is estimated to be in the medium range. The composite layers boost speed, but the wood plies and control-focused technology allow for sufficient ball contact to effectively generate and impart spin on loops and serves.

Flexibility
4.0

The blade is estimated to be on the stiffer side of medium. The inclusion of glass-carbon composite layers adds rigidity, which contributes to its powerful, direct stroke character and suits a driving, offensive style of play.

Vibration
7.0

As is common with hybrid blades, the Dipper M C10 likely transmits a noticeable level of vibration, providing clear tactile feedback. The specific technology may work to moderate any excessive harshness, resulting in a communicative feel.

Quality
8.0

As a product from a major manufacturer like DHS, the Dipper M C10 is expected to offer good build quality. The use of specialized technology like the Double Coupling System indicates a focus on integrated construction and reliable performance.

Technology

The Dipper M C10 utilizes DHS's Double Coupling System technology. This involves a composite knitted glass-carbon layer integrated with wood and adhesive to optimize the blade's structural performance. The technology aims to impart super elasticity to the carbon while maintaining sensitivity from the glass fiber, creating a unique blend of power and control. The goal is to enable players to achieve stable, high-speed attacks from the long table while retaining free and precise control over their shots.

Similar Blades

DHS Dipper DM.SP10 Carbon

Sharing the Dipper lineage and carbon focus, the DM.SP10 Carbon is a close relative. It's also an OFF blade with a similar thickness, suggesting a comparable construction philosophy aimed at delivering enhanced speed for offensive play.

DHS Dipper M SP300

Another member of the Dipper M series, the SP300 features a hybrid construction with Aramid and Carbon. It's designed for strong defense paired with quick speed and accurate control, representing a similar approach to blending materials for a balanced, dynamic performance.