We will be closed from the 2nd of September until the 7th October

All orders before 29th August will be sent out if in stock
All orders after the 7th October will be posted the quickest way available

Daves Toys Online Store will be CLOSED
From June 27th until the 4th of August

Any orders placed during this time will be processed when we re-open

Online Shop

We will be closed from the 2nd of September until the 7th October

All orders before 29th August will be sent out if in stock
All orders after the 7th October will be posted the quickest way available


Vladimir Models Maxa Pro E

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Maxa Pro Electric is a New Model for 2014 It is based on the using of wings Maxa 3,5 and Maxa 4, well-proven since 2011. Great wind penetration and unique soaring characteristics of profiles and geometry of the wing provide perfect aerodynamics, developed by multiple world champion Joe Wurtz. Continuous optimization of wing design using the newest materials allowed to expand the range of wings from Maxa Ultralight for electric version to high-strength for version Maxa 4 Storm.

Product details

Maxa Pro Electric is a New Model for 2014 It is based on the using of wings Maxa 3,5 and Maxa 4, well-proven since 2011. Great wind penetration and unique soaring characteristics of profiles and geometry of the wing provide perfect aerodynamics, developed by multiple world champion Joe Wurtz. Continuous optimization of wing design using the newest materials allowed to expand the range of wings from Maxa Ultralight for electric version to high-strength for version Maxa 4 Storm.
Targets for Maxa PRO tail optimize was:

- Reducing tail drag,

- Increasing the controllability of elevators and rudder,

- Increase rigid of tail and control system,

- Reduction in the weight of the tail,

- Removable for transport fin.

To meet these ambitious goals , we have made a new elliptical shape tail boom. Stiffness of the beam is increased by more than 2 times and the weight is increasing just of 9% only. The tail boom is narrowed at the end to the thickness of the rudder for reduce aerodynamic drag.

Construction of the fin and stabilizer is construction of Rohacell solid core covering of new ultralight Carboline 26 g / m ². Carbon spars is laid to the slots in the core. Carbon rowing for the spars is pre-stretched and uniformly impregnated into the machine. The spar wall of Carboline is integrated to the Rohacell core.