Velox Optimus 125 Grain 3-Blade Broadheads

Velox Optimus 125 Grain 3-Blade Broadheads

The Velox Optimus 125 Grain 3-Blade Broadheads are engineered to provide balanced flight and dependable penetration for hunting applications. Each broadhead features a three-blade configuration with low-profile blades measuring 0.027″ (≈ 0.69 mm) thick, designed to maintain structural strength while delivering sharp cutting edges. The aircraft-grade construction and Velox ferrule locking system help maintain blade alignment and stability during impact. With a 125 grain weight, these broadheads allow archers to adjust their arrow’s front-of-center balance for improved stability and consistent arrow flight. The razor-sharp blades are designed to maintain their edge through repeated use, while the streamlined profile helps reduce drag during flight. This combination of durability, balanced weight, and cutting efficiency makes these broadheads suitable for hunting scenarios where consistent penetration and controlled arrow performance are required.

Key Features

3-Blade Configuration: Balanced cutting design for reliable penetration
125 Grain Weight: Supports front-of-center arrow tuning
0.027″ Blade Thickness: Low-profile blades designed for strength and sharpness
Velox Ferrule Locking System: Helps maintain blade alignment during impact
Aircraft-Grade Construction: Durable materials designed for demanding hunting use

All Technical Data

Brand: Velox
Product Type: Fixed Blade Broadheads
Blade Configuration: 3 Blades
Weight: 125 grains (≈ 8.10 g)
Blade Thickness: 0.027″ (≈ 0.69 mm)
Color: Grey
Product Length: 2.5″ (≈ 63.5 mm)
Product Width: 1.1875″ (≈ 30.16 mm)
Product Height: 1.1875″ (≈ 30.16 mm)
Package Weight: 0.1 lb (≈ 0.045 kg)

Why Choose This Product?

The Velox Optimus 125 Grain 3-Blade Broadheads provide a stable cutting design that supports consistent arrow flight and effective penetration. Their durable construction helps maintain blade alignment and structural integrity during impact. The 125 grain weight allows archers to fine-tune arrow balance for controlled and predictable performance in the field.