
BOOSTER MFT SUPPORT 7/17CM 2PCS
Holder for targets made of multi-layer foam for all 7 cm and 17 cm thick targets at right angles.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
The MFT (Multi Foam Targets) models are constructed using high-quality foams of varying density, hot-bonded in layers in a combination that progressively absorbs the energy of the incoming arrow. The polyurethane foam construction makes it easy to extract arrows and ensures a stop without damaging them.
Available in various combinations to provide the right solution for every type of outdoor target competition.
16 other products in the same category:
Holder for targets made of multi-layer foam for all 7 cm and 17 cm thick targets at right angles.
The use of synthetic foams for the production of arrow targets has become an established and widespread practice worldwide. Compared to traditional...
17cm Durafoam insert low thickness designed for use with 22cm thick targets.
Arrow stop lines designed for use on H&F courses, made with a special lamination that is highly resistant and has a total density 35% greater...
The MFT (Multi Foam Targets) models are constructed with foam in layers all of high density and quality, which progressively dampens the energy of...
Wedge shape eliminates the need for a stand and stays upright while shooting. Set up in almost any location. Rated for high speed vertical bows...
Target made of quality foam. Does not include the possibility of replacing the central insert but only the coloured relief target. Dimensions 80 X...
Replacement cover for MIDI target 80 X 17.
Backtarget emant to protect the area behind the 3D targets. It's a 80x120 cm target precut with two sections with crested upper profile and holes...
Replacement Bag for Target 53V653 Dimentions 24" x 24" x 12" (ca. 61 x 61 x 30 cm)
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...
Replacement for ArrowArmour Competition Arrow Beaters. The generous size of the ArrowArmour makes it possible to practically regenerate the whole...