Vic Firth '- TIM GENIS SIGNATURE GEN2 - BEETHOVEN SOFT
Estimated Shipping Widget will be displayed here!
Couldn't load pickup availability
Information
Information
Manufacturer Information
Vic Firth
https://www.vicfirth.com
------------------------
Safety manager:
Algam SAS
Email: contact@algam.net
Address:
Historical Context and Positioning in the Range
This mallet fits within the tradition of percussion accessories designed to offer a reliable compromise between warmth of tone and clarity. It meets the needs of musicians seeking an expressive strike without sacrificing note articulation.
Who This Drum/Instrument Is For
It is suitable for percussionists from beginner to advanced levels who want a response that is soft yet precise. Its balanced character makes it relevant for rehearsals, studio work, or live performances, especially when combining roundness and definition in playing.
Technical specifications
| Serie | Symphonic Signature |
| Category | mallet |
| Instrument | timbales |
| Template | soft |
| Signature | Yes |
| Diameter | 4.13 cm |
| Length (cm) | 37.46 cm |
Questions frequently asked
What sound does the Vic Firth Tim Genis GEN2 Beethoven Soft mallet produce?
The felt head and soft profile promote a warm, round tone with a controlled attack.
Is this mallet suitable for timpani?
This model belongs to the Symphonic Signature series and is designed for timpani. Its soft profile aims for a gentle response. Articulation remains clear in fast passages.
What is the length of the Vic Firth Tim Genis GEN2 Beethoven Soft?
Measuring 37.46 cm or 14 3/8 inches in length, it offers a stable grip and consistent striking contact.
For which skill levels is this timpani mallet suitable?
Designed for percussionists from beginners to advanced players, it combines a felt head with easily shaped dynamics. Its character meets the demands of rehearsal, studio, or stage.
Does the GEN2 Beethoven Soft maintain definition at moderate volume?
Its sufficiently present attack preserves note clarity at moderate volume. The design aims for even projection despite the soft profile.



