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SAVAGE MAX is a high-performance 3D aerobatic special of the park-fly category made of EPP foam designed for propulsion by AC electric motors with a power of 350-500 W. A few hours with instant glue in hand are enough to complete this model capable of flying classic F3A setup turns, as well as hanging on a propeller and performing all other 3D tricks! It is also intended for less experienced pilots; with minor deviations, anyone who has at least some experience with aerobatics and is able to reliably fly a roll, turn and twist with a previous model can fly it. Thanks to the low weight of the model, any accidents due to "hands getting tangled" do not hurt too much - and EPP parts are so easy to repair!
The one-piece wing with large ailerons has a symmetrical profile, carbon beams provide strength and, of course, there are prepared shafts for servos. The fuselage is profiled with a horizontal part thoroughly reinforced with carbon flanges and a vertical part with a large side surface for perfect behavior in knife-edge flight. The well-thought-out design includes plywood engine mounts anchored to the fuselage with carbon flanges. The fuselage has prepared the elevator and rudder servo shafts. The tail surfaces are also made of EPP, the halves of the large floating elevator are mounted on a carbon tubular beam that rotates in a 3D printed bearing in the fuselage. Short straight carbon or steel rods control the ailerons, rudder and elevator. The main landing gear is carbon with two lightweight wheels and EPP covers; the support laminate plate anchored to the fuselage with 3D printed plastic holders is fixed with 4 screws. The spur with a 3D printed console and a lightweight foam wheel is coupled to the rudder.
To control the model, you will need at least a four-channel RC kit, which should have at least the ability to set double and exponential deflections.
For undemanding recreational flying, common analog microservos with metal gears such as KAVAN GO-13MG, Hitec HS-65MG, etc. will suffice. If you are serious about aerobatics, you should use strong and fast digital servos with metal gears such as KAVAN GO-1013MG, Hitec HS-5065MG, etc.
For propulsion, we recommend a KAVAN PRO 3536-1000, FOXY 3536-1000, Model Motors AXI 2814/16 V2 brushless electric motor or similar with an APC 11x4.7SF propeller when powered by a 3S LiPo battery or 10x4.7SF when using 4S LiPo.
The speed controller should have a load capacity of at least 40 A, and especially if you use strong and fast digital servos, it should have a powerful switched-mode power stabilizer BEC, such as KAVAN PRO-40SB or KAVAN R-50SB.
A three- or four-cell LiPo battery 1300-1800 mAh with a load capacity of at least 40C is suitable for power supply.
SAVAGE MAX was designed and manufactured in the Czech Republic.
The kit includes: printed parts of the fuselage, wings, tail surfaces and undercarriage covers cut from foamed EPP, plywood engine bed, 3D printed plastic parts, carbon reinforcements, levers, forks, rods and other small accessories, carbon chassis with lightweight wheels, detailed picture instructions for assembly.
Warning
According to Commission Delegated Regulation (EU) 2019/945 of 12 March 2019 on unmanned systems and operators of unmanned systems from third countries and Commission Implementing Regulation (EU) 2019/947 of 24 May 2019 on rules and procedures for the operation of unmanned aircraft, operators and pilots of unmanned aerial vehicles (classic model aircraft, multicopters, drones) that weigh more than 250 g or carry a camera or other sensor capable of capturing personal data in any way are data, required to register (in the Czech Republic at the Civil Aviation Authority). Further information can be found here: Registration of drone operators and pilots
| Span [mm] | 1080 |
| Length [mm] | 1200 |
| Weight [g] | 850 |
| Controlled functions | S,V,K(2),M |
| Construction difficulty | S2 |
| Piloting difficulty | P2,P3 |
