Designed for long-range competition shooting and the Precision Rifle Shooting (PRS) circuit, the BT Precision FBT5436C Bowl Top Tripod from Field Optics Research is also suited to videography. Its three-segment, carbon fiber twist-lock legs yield a maximum height of 54.4" and a minimum height of just 3.8". It weighs just 3.5 pounds but has a load capacity of 95 pounds and packs down to 21" for easy transport. Use the separately sold Fiber Optics Research 75mm leveling base to adjust your rifle's tilt—the bowl provides an adjustment range of ± 20°. All three legs are detachable.
- Load Capacity: 95 lb
- Maximum Height: 54.4"
- Minimum Height: 3.8"
- Bowl Angle Adjustment: ± 20°
Field Optics Research BT Precision Overview
Field Optics Research BT Precision Specs
| Mount Type | |
| Bubble Level | |
| Load Capacity | |
| Maximum Height | |
| Minimum Height | |
| Folded Length | |
| Weight |
| Package Weight | |
| Box Dimensions (LxWxH) |
Field Optics Research BT Precision Reviews
excellent idea with very cheap implementation
The Positives This is a highly innovative design. The legs are removable, and the company offers leg extensions to increase the tripod's height. Very short 2-section legs are also available for prone shooting. Each leg can function as a monopod and easily convert into a trekking pole. Because I hike frequently and use Leki trekking poles, this design allows me to use the tripod legs as trekking poles, significantly reducing my pack weight on long hunts. Additionally, all replacement parts are readily available. The Negatives Unfortunately, the build quality is poor. The leg locks are built with wildly inconsistent tolerances. On my tripod, two legs extend under gravity, while the third requires a very hard pull. Furthermore, adjusting the tension takes too long. On any decent tripod today, the leg adjusters require only a positive 1/4 turn. On the BT Precision tripod, I have to loosen the adjusters by more than a full turn. There are also no leg stops, causing the legs to crisscross when collapsed. While converting the legs into trekking poles is a great idea, the spike design is flawed: 1. They are mounted via plain threads, which is a 100% guarantee that they will vibrate loose and fall out. 2. They are made of steel, which will wear out extremely fast on rocky trails. Leading trekking pole manufacturers always use carbide ends that can withstand heavy abuse. Conclusion This is an excellent idea with very cheap implementation. However, there are no flaws here that couldn't be fixed with a design revision. I recommend giving Field Optics Research time to improve this product
