[MATERIAL MH1] MODEL ONE
Low-density composite matrix: made with an advanced technical polymer matrix of reduced density, this configuration represents the top of the range for operational agility and controlled lightness. The architecture is calibrated to ensure an extreme weight/performance ratio, reducing mechanical stress without altering the instrument's balance.
Responsive and controlled mechanical response: the shaft structure is designed to offer superior elastic responsiveness and a consistent dynamic return. This behavior follows every input and nuance of the touch with engineering precision, ensuring playing stability in every context.
Superior vibration damping: thanks to the intrinsic properties of the structural matrix and the geometry of the hollow shaft, this variant ensures a dissipation of parasitic vibrations clearly superior to traditional materials, maintaining exceptional dimensional stability.
Fluid and natural feel: The perfect balance between elastic responsiveness and operational comfort creates an extremely fluid feel on impact, ideal for the performer seeking maximum dynamic sensitivity and an always balanced, manageable sound projection.
The designations MH1, MH2 and MH3 are internal technical codes assigned by MHADLY / Blue Series S.r.l. Unipersonale to specific families of technical materials used in the production of the Tech Sticks. The codes do not identify proprietary materials or official commercial names of the manufacturers, but represent exclusively an internal classification adopted for technical, production and traceability purposes.
Contained-type material release level
*The values indicated on the 0 to 7 reference scale were defined on the basis of internal tests carried out on white sandblasted drumhead, used as a reference surface for assessing the transfer of black residue. The classification is determined according to the visual perception of the release during impact, recorded by the internal technician responsible for carrying out the tests. This assessment does not derive from fully controlled or absolutely repeatable test conditions, but from observations made during real testing, and must be interpreted as a comparative indicator between materials and not as an objective or universally measurable value.
