Yamaha Solid American Cedar Top Ovangkol Classical Guitar - CG162C
- DETAILS
Yamaha CG162C American Cedar
Solid Top Ovangkol Classical Guitar
Warm, expressive tone with professional-level build quality
The Yamaha CG162C Classical Guitar pairs a solid American cedar top with ovangkol back and sides to create a rich, warm, and articulate voice that responds beautifully to fingerstyle playing. Built with Yamaha’s longstanding tradition of quality craftsmanship, this instrument offers balanced projection, clarity, and nuanced dynamics that both beginning and intermediate players will appreciate. Its comfortable classical profile and thoughtful design make it a reliable choice for lessons, practice, performance, and recording.
The solid cedar top delivers immediate tonal warmth and responsiveness, while the ovangkol back and sides provide a well-rounded harmonic spectrum with clear mids and an engaging low end. Combined with Yamaha’s precision construction and smooth playability, the CG162C encourages expressive playing and inspires confidence at every level.
Key Features
- Solid American Cedar Top – Produces warm, responsive tone with enhanced richness and dynamic sensitivity.
- Ovangkol Back and Sides – Adds balanced midrange clarity and a strong harmonic foundation.
- Comfortable Classical Design – Classical body and neck profile suited for fingerstyle technique and long playing sessions.
- Yamaha Craftsmanship – Built with precision and consistency for dependable tone and playability.
Specifications
- Brand – Yamaha
- Model – CG162C
- Top Wood – Solid American Cedar
- Back and Sides – Ovangkol
- Body Type – Classical guitar
- Application – Lessons, practice, performance, and recording
Why Choose This Guitar
The Yamaha CG162C offers a superb balance of warmth, clarity, and responsive playability, making it a standout choice among solid-top classical guitars. Whether you’re a developing student or a seasoned player seeking a reliable instrument with professional tone, the CG162C delivers inspiring sound and expressive performance in every setting.