
BLACKBIRD STAND
Wooden stand for synthetic or straw beater. Maximum load capacity 12 kg.
80 cm woven straw arrow target. Holds arrows up to a maximum of 30#.
Straw target weight 4.5 kg.
Wooden stand for synthetic or straw beater. Maximum load capacity 12 kg.
16 other products in the same category:
Target made of quality foam.The central compartment cannot be replaced. Dimensions 80 x 80 x 7 cm.
The Speedbag Revolver Target is a small target in the Speedbag Range that packs a punch! It offers a max FPS Rating for the fastest crossbows and...
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that...
Nylon bag to be filled with recycled materials in order to obtain an affordable, convenient target. Complete of handle and loops to hang it or tie...
Patented open-layered design stops arrows with friction not force. The BLOCK's patented friction layered design lets arrows enter between open...
Replacement cover for MIDI target 80 X 17.
MFT (Multi Foam Targets) models are constructed of high-quality foams in layers of varying densities, hot-assembled in a combination that...
Target made of quality foam. Dimensions 80 x 80 x 11 cm.
The use of foams to produce targets is nowadays common practice throughout the world. In comparison to the natural fibers (straw) targets the foam...
The use of synthetic foams for the production of arrow targets has become an established and widespread practice worldwide. Compared to traditional...
The Carry target, with permanent graphics on 2 sides, is suitable for all bows with a draw weigth from 10# to 60#.
The all new X-Bow Bag features exclusive Dual Layered Power Band Technology to last season after season and stop crossbow arrows traveling up to...
Durafoam insert ofr MFT targets. It helps making the target life longer simply replacing the part that is more subject to wear. Insert available in...
Foam target, ideal for pistol crossbow of limited power, blowgun and bows toy. The small size facilitates transport and positioning in confined...