TightSpot Pivot 2.5 2 Piece Quiver
- Questions? Call us at 714-449-9744
- Low stock - 1 item left
- Backordered, shipping soon
Features:
- The world's most adjustable 2-piece quiver for the perfect customized fit
- The triple-axis adjustment (in/out, up/down, and forward/back) allows a full range of adjustability
- New hood design is wider and deeper to accept larger broadheads
- 2-piece: The only fully adjustable 2-piece providing maximum arrow security, zero noise, and perfect bow balance
- Better balance: Perfect stability and balance with the dual-locking quiver system and built-in counterbalancing intelligence
- Premium construction: Aluminum and woven carbon fiber for weight reduction and maximum durability
- Pre-formed foam hood insert: Accepts fixed or mechanical broadheads and won't dull blades
- Bulldog Gripper: Adjustable arrow wedges adapt to virtually any arrow diameter. Incorporates a Quick-Draw arrow feature that places a 2nd arrow ready for quick follow-up shots
- Fits for most bow manufacturers: Multiple adapters included to fit most bow models from Mathews, Hoyt, & Bowtech
- Weight: 9 oz. (including hardware)
Most orders ship via USPS Ground or UPS Ground. We offer a flat rate shipping fee of $9.99 for orders under $199, and free shipping on orders over $199.
Please note that some oversized or heavy items may incur an additional flat rate shipping charge—details are provided in the product description. Additionally, several Manufacturers prohibit the online sale and shipping of compound bows, please visit our Pro-Shop to purchase these items.
In-store pickup is available free of charge at our Fullerton location:
1912 W. Commonwealth Ave., Fullerton, CA 92833
For security reasons, some orders over $199 may require signature confirmation upon delivery to prevent theft.
Shipping is available within the United States only.
Our store is only open Tuesday - Saturday, so orders will not be shipped on Sundays or Mondays. Most in-stock orders will ship within 24 hours, backordered items will have a shipping delay.