

Seekins Precision 0010650114-KIT HIT Mount 1.18" 35mm Matte Black
Shop Seekins Precision ProductsThis item is currently out of stock. Enter your email below and we'll notify you when it's available!
We'll only use your email to notify you about this product.
Seekins Precision HIT Precision Mount 0010650114-KIT - Anodized Matte Black, 1.18", 35mm, 0 MOA S-LOCK Wedge Forward Mounted LRF Kit
The Seekins Precision HIT Precision Mount is designed for optimal performance and durability. This anodized matte black mount features a 1.18" height and 35mm diameter, ensuring a secure fit for your optics. The 0 MOA S-LOCK wedge design allows for forward mounting of laser range finders, enhancing your shooting experience.
Specs:
Technical Specifications
| Caliber | 300 Blackout |
|---|---|
| Finish | Anodized Matte Black |
| Frame Material | Aluminum |
| Grip | SB PDW Brace |
| Manufacturer | Seekins Precision |
| Model | 0010650114-kit |
| SKU | L989310 |
| UPC | 811452021532 |
| Weight | 1.05 |
| Availability | Out of Stock |
Customer Reviews
No reviews yet. Be the first to review this product!
Shipping & Returns
Shipping Information
- Ships via major carriers with tracking
- Tracking information provided for all orders
- Shipping costs calculated at checkout based on weight and destination
Return Policy
- 30-day return policy on accessories and non-firearms
- Items must be unused and in original packaging
- Contact us for return authorization before shipping items back
- Original shipping costs are non-refundable
Questions?
Contact us at 786-371-9602 or submit a question for assistance with shipping or returns.
What is MAP Pricing?
MAP stands for Minimum Advertised Price. It's a policy set by manufacturers that limits how low retailers can advertise their prices.
The good news? We can often sell below MAP - we just can't show that price publicly. When you request a price by email or add to cart, you'll see our actual (often lower) price.
This isn't a trick - it's how we stay compliant while still offering you the best deals possible.








