The original EPO Foam flyer, The Bixler, has a new brother... The Bixler 2!
Starting with the obvious, the a clear canopy. I updated design option which could be removed to place a FPV camera setup.
The battery compartment now features 'cheeks' to help hold the battery in place.
Also, the air inlets have been enlarged and addition intake holes on the bottom.
The bottom also features a skid plates under the nose and the tail of the plane. The color design print is now a decal instead of the original which featured a sticker.
One big update is the flaps, the Bixler 2 now features flaps! However, you will need to purchase additional servos. The hardware for the flaps come with the plane, things like the control horns and push rods but the servos you'll need to purchase separately. We'd recommend getting servo reversers.
The Bixler 2 offers a larger more durable carbon spar running through it as well.
The wings now feature a reinforcement with two screw-tighteners which lock the wings on. An upgrade from the original Bixler which had problems with the wings becoming flimsy and loose after use. You will also want to get some servo extension wires to help wiring your servos around these new wing screw rods.
Also, you'll need your own speed control, your own battery, and your own receiver.
The motor is different, it's a 1400kv swinging a 7" prop. The original Bixler had a 6" prop on a 2200kvmotor. So, the Bixler 2 is moving a larger prop at a lower KV which means it will offer more flight time, but the speed and the climb isn't as good as the original Bixler.
The new design of the Bixler 2 offers a great foam flyer for fpv and advanced FPV setups with it's broad wingspan and solid construction. The aerobatics are improved with this new design, offering great inverted flight capabilities.
The Bixler 2 isn't a replacement for the Bixler 1, but it is an updated version of the original that offers some new RC flying options. A great plane for a trainer and a great price for anyone looking for a solid foam flyer.
More information about the Bixler 2:
AVAILABLE HERE