Weight
75g
Thickness
6.8mm
Plies
7-ply
Handles
FL / ST
Material
Hybrid
Head Shape
Standard
Balance
Balanced
Balsa Carbo Certran Fibre
Donic Balsa Carbo Certran Fibre combines a thick balsa core with advanced composite materials to create an extremely fast and lightweight attacking blade. Engineered for aggressive, close-to-the-table players, its construction delivers immense power for high-speed rallies. The blade's hardness, from Certran Carbon and a carbon layer beneath Koto outer veneers, provides a direct feel and exceptional speed. While prioritizing power, it offers surprising control in the short game due to its stiffness, making it a potent weapon for uncompromising attackers. Pairing with softer rubbers can balance its hardness and enhance spin generation, though its primary strength lies in forceful hitting and fast strokes.
The 7-ply construction features Koto outer veneers for hardness, followed by Certran Carbon and Limba layers, with a thick 4mm balsa core at the center. This combination creates an extremely hard, stiff, and lightweight blade optimized for speed and power.
TT Sensei Ratings
✦Our expert analysis of this blade's performance characteristics
Balsa Carbo Certran Fibre delivers exceptional speed, consistently described as superfast across player feedback. The combination of Koto outer veneers, Certran Carbon, and a carbon layer directly beneath contributes to its rapid capabilities, making it ideal for aggressive attacking play where power and pace are paramount.
Despite its extreme speed and hardness, this blade offers a surprising level of control, particularly in the short game. Our testing attributes this to the blade's stiffness, which provides stability for blocking and quick exchanges. While not its primary strength, controlled play is achievable, especially when paired with softer rubbers to enhance touch.
Balsa Carbo Certran Fibre delivers a hard and stiff feel, offering direct feedback on ball contact. This rigid sensation differs from traditional balsa carbon blades, providing immediate response that appeals to players who prefer a crisp touch.
The hard materials and high speed suggest a tendency towards a medium-high throw angle, suitable for aggressive, fast-paced shots that clear the net with ease during attacking rallies.
This blade features a very short dwell time, with players noting almost no dwell. This characteristic means rubbers must generate most of the spin, making it better suited for direct hitting rather than prolonged ball contact.
Balsa Carbo Certran Fibre is consistently described as hard and stiff, indicating very low flexibility. This contributes to its high speed and direct feel, making it ideal for players who prioritize power over flex.
The combination of hard materials like Koto and carbon with a balsa core results in a moderate vibration level. This provides a direct feel without excessive harshness, offering balanced feedback during play.
Players report satisfaction with the build quality of Balsa Carbo Certran Fibre, noting its robust construction that combines wood and composite materials. The durable and well-made feel suggests excellent craftsmanship, making it a reliable choice for high-performance play.
Technology
Balsa Carbo Certran Fibre incorporates advanced material technology to achieve high-performance characteristics. A key element is Certran Carbon, an artificial fiber combined with a new carbon layer, strategically placed beneath Koto outer veneers to increase hardness and stiffness. This construction, coupled with a substantial 4mm balsa core, results in an exceptionally lightweight yet powerful blade. The balsa contributes to lightness while the composite layers provide speed and hardness, creating a unique blend that enables extreme power for players focused on a ferocious attacking game.
Similar Blades
Butterfly Viscaria
Some players compare Balsa Carbo Certran Fibre to Butterfly Viscaria, noting both share similar outer-fiber constructions but differ in core materials—Viscaria uses Kiri while this blade uses Balsa. This suggests comparable speed and stiffness, with potential differences in feel and weight due to the core variation.