OATH IWB Ambidextrous Holster for: H&K VP9SK

Details

SKU:

TUL_OTH_HKVP9SK_BLK

Series:

OATH

UPC:

840147601131

Brands:

Tulster

The OATH (Optic-Ready, Ambidextrous, Tuckable Holster) series is a significant addition to the Tulster IWB holster family. Engineered with a red-dot optic in mind, the OATH accommodates the most common RDS, such as the RMR and SRO, while maintaining an exceptionally comfortable fit and finish. This discreet inside the waistband holster is tuckable, allowing your firearm and holster to disappear into your clothing. A minimal footprint and matte edge complete this sleek AIWB holster product, The Tulster OATH.

OPTIC-READY: The tool mold design and trim paths accommodate a wide variety of red dot sights, from RMRs to SROs.

AMBIDEXTROUS: The mid-sweat guard will keep your pistol clear of clothing and free from sweat while permitting ambidextrous carry. Switch the hardware from side to side for either right or left-handed shooters.

TUCKABLE: The discreet and ultra-strong metal clip allows for adjustable ride height and can be worn with a tucked-in shirt, either appendix or strongside carry.

ENHANCED CONCEALMENT: The addition of the ModWing brings concealed carry to a whole new level. The 3/8” - Medium attachment is pre-installed for every holster. The 1/2” - Large attachment is included for larger/thicker handguns or if you feel the need for additional concealment.

MULTI-STAGE FIXED RETENTION: The OATH comes with fixed retention so that the hardware can be fully tightened without needing constant readjustment. The included shims permit two additional stages of lighter retention to allow for an easier draw.

Discreet Clip: The Discreet MOD4U Clip has a high clamping force and will not slip off the belt. The clip is made from a 10XX steel alloy purpose-built specifically for CCW holster and mag carrier applications adding strength and flexibility. The under-hook design has a built-in progressive strain relief. If it sees a large amount of force, this strain relief, coupled with the uniform hardness of the steel, will gradually bend while continuing to hold instead of just hitting its limit and breaking.