Nox ml10 pro cup coorp by miguel lamperti

NOX ML10 Pro Cup Coorp 2027 — the classic Miguel Lamperti configuration

The NOX ML10 Pro Cup Coorp 2027 by Miguel Lamperti preserves the essential characteristics of one of the most recognisable racket designs in the NOX range

Its round shape and large sweet spot create a control-focused configuration, giving players a generous hitting area and a predictable response when placing the ball around the court. At its centre is an HR3 core, which complements this geometry with a controlled and comfortable playing feel

The faces are constructed from fibreglass, while the carbon fibre frame provides structural support around the racket. Unlike the Rough Surface version, the Coorp features smooth, texture-free faces

It also incorporates Smartstrap, NOX's replaceable safety cord system. The result is a racket that retains the familiar character of the original Pro Cup associated with Miguel Lamperti, with control and comfort at the centre of its design

Key features of the NOX ML10 Pro Cup Coorp 2027

• Shape: Round
• Sweet spot: Large
• Core: HR3
• Face: Fibreglass
• Frame: Carbon fibre
• Feel: Soft and comfortable
• Surface: Smooth, without texture
• Playing style: Control
• Safety cord: Smartstrap
• Player: Miguel Lamperti
• Season: 2027

Materials and technologies

HR3 core. The HR3 core works alongside the round geometry to give the ML10 Pro Cup Coorp its control-focused response

This combination is particularly suited to players who value consistency and ball placement rather than a configuration designed exclusively around stiffness or attacking power

Fibreglass faces. The faces use fibreglass, contributing to the soft and comfortable character of the racket

In the Pro Cup Coorp, this material works with the HR3 core to retain the distinctive feel associated with the classic ML10 Pro Cup concept

Carbon fibre frame. The carbon fibre frame adds structural rigidity around the perimeter of the racket

This creates a combination in which the fibreglass hitting surface can retain its comfortable response while the frame provides a more rigid supporting structure

Smooth hitting surface. The Pro Cup Coorp uses smooth faces without additional roughness or texture

This is one of the clearest differences when comparing it with the ML10 Pro Cup Rough Surface, which adds texture to the hitting area

Smartstrap. The Smartstrap system allows the safety cord to be replaced more easily

Players can therefore change the wrist strap for maintenance, hygiene or personal preference without having to alter the main structure of the racket

Why is the ML10 Pro Cup Coorp such a control-focused racket?. The answer lies primarily in its geometry and core

A round shape and large sweet spot provide a generous effective hitting area, while the HR3 core supports a controlled response. The fibreglass faces also help maintain the softer, more comfortable feel of the racket

Unlike models that shift the balance of their construction towards attacking power, the ML10 Pro Cup Coorp 2027 stays close to the established Pro Cup formula

For players who want the classic Miguel Lamperti configuration with smooth faces and a comfortable feel, the Coorp is the most traditional option among the three ML10 Pro Cup versions in this collection

FAQs about the NOX ML10 Pro Cup Coorp 2027. Does the NOX ML10 Pro Cup Coorp have a large sweet spot?. Yes. NOX specifies a large sweet spot alongside the racket's round shape. These characteristics contribute to the control-focused nature of the ML10 Pro Cup Coorp

Is the surface of the ML10 Pro Cup Coorp smooth or rough?. The Pro Cup Coorp has smooth faces without texture. If you prefer a textured hitting surface, the ML10 Pro Cup Rough Surface is the version within this group designed with that feature

What materials are used in the NOX ML10 Pro Cup Coorp 2027?. It combines fibreglass faces, a carbon fibre frame and an HR3 core. This construction provides the structural support of carbon in the frame while retaining the softer and more comfortable response of fibreglass on the hitting surface