Features
- 8 different colors to match your seat, jacket, boots or your mentality maybe?
- Each filter is handcrafted and produced with passion in the details in our new production line for medium batches of air filters. Not a massive production line with no attention on the details.
- New DNA High Performance Stage 3 Kit specifically designed for the BMW R nine T.
- Internal diameter design matches the R nine T throttle body.
- Venturi intake design smoothens and improves the air flow.
- Removing OEM Airbox & Airbox Covers is mandatory.
- Filters designed not to interfere with the riders’ boots!
- Racing, custom and road use.
- This Stage 3 application is developed for race track use and in some countries it may not be legal to use it on the road.
- Fuel recalibration is required.
- No Airbox caps included.
Specifications
DNA OV-SERIES FILTERS / OVAL- SYNTHETIC LEATHER FOR BMW R9T ONLY
PART NUMBER | DESIGN | ID | LENGTH | OUTSIDE DIAMETER SMALL | OUTSIDE DIAMETER BIG | FLANGE | TOP STYLE |
OV-6200-125/R9T-L/Y | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- YELLOW COLOR |
OV-6200-125/R9T-L/B | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- BLUE COLOR |
OV-6200-125/R9T-L/R | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- RED COLOR |
OV-6200-125/R9T-L/O | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- ORANGE COLOR |
OV-6200-125/R9T-L/G | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- GREY COLOR |
OV-6200-125/R9T-L/GR | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- GREEN COLOR |
OV-6200-125/R9T-L/LB | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- LIGHT BROWN COLOR |
OV-6200-125/R9T-L/DB | OVAL | 62 MM | 147 MM | 75X50 MM | 106X80 MM | 17 MM | SYNTHETIC LEATHER- DARK BROWN COLOR |

Length and flange measurements should be added in order to calculate the total height of the filter.
Please pay attention to the below instructions during the fitting process of DNA High Performance universal pod filters

