Boost 2013-2014 VW Jetta TDI Turbo Diesel Performance With K&N Diesel Air Intake

The K&N 2013-2014 VW Jetta diesel intake utilizes an application specific air filter heat shield designed to deflect engine heat and work in conjunction with the factory cold air inlet

The global market is no stranger to the advantages a diesel engine has to offer, most specifically excellent fuel-efficiency. Yet, the diesel engine’s reputation of being slow and dirty has hurt mainstream acceptance in many parts of the world. Volkswagen Turbocharged Direct Injection (TDI) has helped to sway non-believers over to the diesel side. The use of a turbocharger has helped increase performance and acceleration while the introduction of direct injection has helped to improve efficiency along with lower emissions and improved torque output. Simply because the main benefit of a Volkswagen TDI Diesel is impressive fuel economy doesn’t mean the performance side of the engine should go unappreciated.

K&N diesel air intake, number 69-9509TTK, replaces stock components with a powder coated mandrel-bent aluminum air intake tube, and a high-flow K&N performance air filter

Volkswagen TDI diesel engines, like the 2.0L TDI engine available in 2013-2014 VW Jetta models, shine in the torque department. The 2014 Volkswagen Jetta 2.0L TDI diesel makes just 140 horsepower but its 236 lb-ft of peak torque comes on at an extremely low 1,750 RPM. For 2013-2014 Volkswagen Jetta owners looking to improve diesel performance with a diesel intake system, look no further than K&N air intake 69-9509TTK. The K&N 2013-2014 Volkswagen Jetta TDI air intake system is able to improve an engine’s efficiency by reducing the amount of power being spent on drawing air into the engine. Stock components are particularly restrictive in cars with turbocharged engines and by replacing restrictive factory components with a K&N diesel air intake system, the engine is able to breathe easier. This increase in efficiency helps to boost performance by freeing up horsepower and torque which results in quicker acceleration.

Volkswagen TDI diesel engines, like the 2.0L TDI engine available in 2013-2014 VW Jetta models, shine in the torque department with 236 lb-ft of peak torque at a low 1,750 RPM

The K&N diesel air intake 69-9509TTK replaces the accordion like stock intake hose and enclosed air box with a powder coated mandrel-bent aluminum air intake tube and a high-flow open element K&N performance air filter. Additionally, this K&N VW Jetta diesel air intake utilizes an application specific powder coated air filter heat shield designed to deflect engine heat and work in conjunction with the 2013-2014 Jetta’s factory cold air inlet. K&N’s expertise in air intake design has resulted in an estimated increase of 5.53 horsepower when installed on a 2014 Volkswagen Jetta 2.0L TDI. However, like most diesel engines the best performance boost comes in the form of lb-ft of torque. K&N VW diesel air intake 69-9509TTK made an estimated additional 11.84 lb-ft of torque at 2,600 RPM.

2013-2014 Volkswagen Jetta 2.0L TDI diesel owners can count on K&N to provide a bolt-on diesel performance upgrade without worrying about their engine. Significant testing goes into developing a K&N air intake system giving K&N the confidence to back its performance air intake systems with a 10-year/million mile limited warranty.

K&N VW Jetta diesel air intake 69-9509TTK will boost diesel performance and was shown to give an estimated 11.84 lb-ft of additional torque at 2,600 RPM

The K&N 2013-2014 Volkswagen Jetta 2.0L TDI diesel air intake utilizes K&N’s performance designed reusable high-flow air filter technology to provide an easy-to-install guaranteed increase in horsepower for the following VW Jetta models:

2014 Volkswagen Jetta 2.0L L4 Diesel
2013 Volkswagen Jetta 2.0L L4 Diesel

To find additional K&N VW Jetta TDI diesel performance parts, such as K&N air intake systems, K&N air filters and K&N oil filters, use the Search by Vehicle tool. To find an authorized K&N dealer nearby, use the K&N Dealer Search function.