Douglas Legacy DD: RB, DB, TE, QB, WR
- Peso circa 1.8kg
Paraspalle di Douglas sono tra le migliori in assoluto negli Stati Uniti e sono molto popolari nel football universitario e nella stessa NFL. Assorbe molto bene le ferite e gli urti. La costruzione classica e robusta garantisce una lunga durata e proprietà stabili anche con un uso a lungo termine. Le paraspalle hanno un rivoluzionario sistema di cuscinetti terminali reversibili, che si adattano molto meglio e si adattano ergonomicamente al braccio.
Il modello Legacy DD è destinato ai giocatori in posizioni di abilità che devono essere ben protetti, ma allo stesso tempo mantenere una vasta gamma di mobilità.
- Suitable for skill positions: RB, DB, TE, QB, WR
- Weight cca 1,8 kg
Legacy Shoulder Pad Series. This series was named by our customers with one goal in mind, recognized those that have been designing and making the most protective shoulder pad on the market for 30 years, Rogers Douglas, Doug Douglas, and Jeff Douglas. Their choice for designs in this series will change your game. The Legacy Series is one of the most streamlined, low profile shoulder pad series on the market. These lightweight pads will still provide the maximum protection using the Air-Management system, but also allow the athlete more vision while playing the game due to their low-profile design. We hope you enjoy them!
The DD style shoulder pad, in the Legacy Series is designed as a multi-position pad beginning with Running Backs, Defensive Backs, Tight Ends, Linebackers as well as Quarterbacks and Wide Receivers. The DD is designed as a FLAT, low profile pad, with belt's & buckles. The DD's lightweight, and streamlined design, makes it the perfect for players that want solid protection and greater range of motion. With the DD's front, that give the player the flexibility they need to make the big plays. The Air-Management system of open cell foam, soft removable channels, streamlined plastic shell along with 1" belts and buckles, creates the FLAT PAD Design that helps disperse the energy of contact collisions.