1997 - 2012
YAMAHA 50 YQ AEROX
Iridium spark plug
| DENSO
DENSO
Fits to:
YAMAHA YQ 50 L Aerox Race Replica [2010 - 2010]
YAMAHA YQ 50 R Aerox Race Replica [2010 - 2011]
YAMAHA YQ 50 L Aerox SP Tech3 [2003 - 2003]
YAMAHA YQ 50 L Aerox SP Wsb Power-Up [2008 - 2008]
YAMAHA YQ 50 L Aerox Rossi Replica Power-Up [2009 - 2009]
YAMAHA YQ 50 L Aerox SP Toyota [2003 - 2003]
YAMAHA YQ 50 L Aerox SP Checa [2002 - 2002]
YAMAHA YQ 50 L Aerox Rossi Replica [2009 - 2009]
YAMAHA YQ 50 L Aerox SP Biaggi [2000 - 2002]
YAMAHA YQ 50 L Aerox SP Laguna Seca Power-Up [2006 - 2006]
YAMAHA YQ 50 R Aerox Power-Up [2005 - 2010]
YAMAHA YQ 50 L Aerox SP Laguna Seca [2006 - 2006]
YAMAHA YQ 50 L Aerox SP Rossi [2004 - 2008]
YAMAHA YQ 50 Aerox [1997 - 1998]
YAMAHA YQ 50 L Aerox SP Yamaha [1999 - 1999]
YAMAHA YQ 50 L Aerox SP Barros [2004 - 2004]
YAMAHA YQ 50 L Aerox Race Replica Power-Up [2010 - 2010]
YAMAHA YQ 50 R Aerox [1999 - 2012]
YAMAHA YQ 50 L Aerox SP Wsb [2008 - 2008]
YAMAHA YQ 50 L Aerox Wgp 50th Anniversary [2012 - 2012]
YAMAHA YQ 50 L Aerox SP Rossi Power-Up [2005 - 2008]
Specifications
| Manufacturer | DENSO |
|---|---|
| Heat range | 24 |
| Model | Iridium Power |
| Terminal configuration | threaded Stud |
| Thread size | 14 mm |
| Style | IWF24 |
| Type | Resistor Type |
| Units | Each |
| Center electrode type | Fine Wire |
| Electrode tip material | Iridium |
| Center electrode projection | Non-Projected |
| Thread reach | 12,7 mm (1/2") |
| Hex size | 20,6 mm (13/16") |
| Spark gap | 0,9 mm (0.035") |
| Ground electrode shape | Grooved| Taper Cut |
| Electrical resistance | 5k Ohms |
| Spark gap imperial | 0.035" |
| Spark gap metric | 0.9 mm |
Product description
Six times harder than platinum, iridium withstands temperatures up to 4,000°F Because the iridium electrodes of these plugs can be shrunk to only 0.4mm, voltage requirements decrease while firing performance improves 360° laser welding of electrode provides a seal that resists wear even in the worst conditions Ground electrode features a tapered cut and U-groove that form a large volume area for the flame's center