Conn 10D French horn
Conn https://www.rosehillinstruments.co.uk/p/10D/french-horns/conn/conn-10d-french-horn£ £4,100.00
Ref: 10D
1 in stock
The Conn 10D ‘Symphony’ full-double French horn has the smallest bell throat of the manufacturer’s range of Geyer† model (‘Symphony’ series) instruments.
Its yellow-brass bell and first branch produce a bright timbre and an immediate response, in marked contrast to the large, dark tone of the iconic Conn 8D model.
- Clear lacquer finish
- Bore size: 0.468 in. (11.89 mm)
- Bell diameter: 12 in. (305 mm)
- Geyer wrap
- Fixed bell with small bell throat
- Yellow brass construction
- Reversible fourth valve (F-B-flat/B-flat-F)
- Semi-mechanical lever action
- Tapered rotors and bearings
Manufacturer’s website: conn-selmer.eu
French Horn FAQs
Most modern full-double French horns follow either the Kruspe or Geyer layout. They differ principally in the position of the F/B-flat change valve, which is operated by the thumb to switch the instrument between the F and B-flat sides. On a Kruspe-wrap horn, the change valve is positioned close to the first valve. On a Geyer-wrap horn, it is located after the third valve, creating a more open arrangement of the tubing.
Many players associate Kruspe-wrap horns with a broad, rich orchestral sound and Geyer-wrap horns with a more direct, free-blowing response, although bell design, materials and leadpipe also influence an instrument’s playing characteristics.
No. Kruspe- and Geyer-wrap horns use the same fingering system and are played in exactly the same way. The difference lies in the layout of the tubing and the playing characteristics of the instrument rather than its operation.
A fixed-bell horn has the bell permanently attached to the instrument, while a detachable-bell horn allows the bell flare to be removed for transport or storage. This allows the instrument to be packed into a smaller case, making it popular with players who travel frequently or prefer a more compact case.
When assembled, a detachable-bell horn is designed to offer playing characteristics comparable to those of an equivalent fixed-bell model, so the choice between the two is usually based on portability rather than performance.
