Arrows RC Avanti 50mm EDF Jet PNP with 3-Mode Vector System

Product description Arrows RC Avanti 50mm EDF Jet – PNP with Vector System The Arrows RC Avanti 50mm is a compact EPO EDF sport jet supplied in PNP (Plug-N-Play) configuration with a switchable 3-mode Vector stabilisation system. It combines a 50mm 11-blade EDF, 2627-4500KV brushless motor and 30A ESC for 3S-powered flying. With a 640mm wingspan and 749mm length, the Avanti is small enough for convenient transport while retaining the appearance and flying characteristics of a proper RC jet. Its lightweight design is intended for hand launching and belly landing, with no landing gear. The integrated 3-mode Vector stabilisation system provides different levels of flight assistance and can be switched according to the pilot's preference. The model uses three 9g servos and requires a compatible receiver and radio system. Key Features Arrows RC Avanti 50mm EDF jet PNP – Plug-N-Play configuration Switchable 3-mode Vector stabilisation system 50mm 11-blade EDF 2627-4500KV brushless motor 30A ESC with 3A BEC 3 × 9g servos Lightweight EPO foam construction Hand launch Belly landing No landing gear Compact 640mm wingspan Licensed SebArt design Suitable for outdoor flying Specifications Specification Details Brand Arrows RC Model Avanti SKU AS-AH026PV Aircraft Type EDF Jet Material EPO Foam Wingspan 640mm Length 749mm Take-off Weight Approx. 460g EDF 50mm, 11-blade Motor 2627-4500KV Brushless Outrunner ESC 30A BEC 3A Servos 3 × 9g Flight Stabilisation 3-mode Vector Landing Gear None Required Battery 3S 1300mAh LiPo, minimum 25C Required Radio Minimum 4-channel Format PNP – Receiver Ready Build Time Under 30 minutes Skill Level Intermediate These specifications are supported by the current Arrows RC/dealer listings. Required to Fly 4-channel or higher transmitter Compatible receiver 3S 1300mAh LiPo battery, minimum 25C Suitable LiPo charger This product is available on order basis only. Advance payment required. Estimated dispatch within 15 days after order confirmation.