Venova’s recorder-style fingering is designed to help inexperienced students learn to play the saxophone-like instrument. Photos courtesy of IDSA
The Japanese firm’s Yamaha Design Library says the instrument’s branched pipe structure and meandering shape produce a saxophone-like tone from a compact portable form with few keys. In its award entry, Yamaha stressed key benefits of the plastics body. “Resin construction makes the Venova affordable. It is compact, lightweight, resistant to environmental changes and washable, so people can play it outside.”
IDSA honored the Venova YVS-140 with a Silver IDEA Award.
The high price of wind instruments is a barrier when people want to learn, said Yamaha. The company noted how Venova’s lower price (about $230 on Amazon) helped to increase the number of people who want to learn to play a wind instrument.
It added that the simple maintainability and recorder-style fingering help inexperienced players learn to play the instrument. This brief YouTube video shows how the fingering works. It’s been described as “a totally new type of wind instrument that blends the simplicity of a recorder with the sound of a saxophone.”
“It offers a feel and tone that satisfies advanced players as well. The series includes soprano and alto versions, offering the enjoyment of playing in three registers.” This jam session provides a snippet of the instrument’s sound.
Yamaha created this Venova YVS-140 model in response to people wanting to enjoy the freedom to play a wind instrument easily in various situations, such as outdoors or in casual playing sessions. To the player, it said, the upper surface has the round form of a wind instrument, while the sound hole section features broad, flat covers for better playability.
“We fine-tuned the pipe length and diameter, while maintaining the consistency of the design.”
Yamaha has expanded its family of Venova wind instruments with its latest, largest model.
The product award entry said that Yamaha used a phenolic resin for some undesignated body parts, and polypropylene for the instrument’s reed. The company did not respond to an email seeking further details. —Robert Grace
View other IDEA 2023 stories in this series:
Mechatronics technology (MT) and improved machine learning (ML) algorithms improve rubber and plastic manufacturing temperature…
Researchers at ANTEC® 2025 showed that foamed multilayer blown films can achieve densities compatible with…
Numerical simulations enhance the reliability and efficiency of epoxy potting processes in electronics.
Automotive plastics pose one of today’s biggest recycling challenges and hold the key to tomorrow’s…
A data-driven approach can promote adaptability by predicting market demand and recycling rate uncertainty.
ANTEC® 2025 research reveals critical insights about when and why carbon fiber reinforcement succeeds or…