- While maintaining aspects of the superb MR-03 design, the most recent MR-04EVO2 framework achieves significant performance improvements with customizations on front suspension system system and a substandard C of G that help synergy with a sensored brushless engine. Both slim and wide tread settings can be had by changing the compensated and top plates inside front part in conjunction with steering tie pole. Adjustable wheelbase permits framework developing relative to genuine stature.
- While camber angle is optimized during cornering along with the move about the present top supply design, the greatest suspension system system system system employs the most up-to-date kingpin-integrated knuckle to enhance camber security. Geometric modification of caster and course etc. provides more linear maneuverability. Amazing spec front part springs the MR-04 with different hardness can be had as options.
- Front knuckle design features included kingpin with optimized approval combined with the kingpin ball for smoother procedure. Ball bearings are changed to 3mm inside diameter for paid rotational opposition.
- All 7 ball bearings are 3mm interior diameter for reduced rotational opposition to attenuate friction loss.
- groundbreaking potentiometer provides precision and durability with a totally redesigned steering system to understand the utmost effective effect and accuracy in reputation the MINI-Z. The bigger level of accurate steering control system enables different settings using the MR-04’s exclusive I.C.S. computer software.
- Ball differential included as standard optimizes the rotational distinctions when considering staying and right rear tires whenever switching. Additionally provides moderate slide action to improve traction whenever exorbitant load is important. Silver clear anodized complete to aluminum components creates a formidable design to try performance.
- the latest product moreover supports high-speed discussion with various high-end transmitters and receivers to understand unprecedented control reaction. Achieves transmission expenses of 0.99ms with KO devices (ADV mode) and 0.9ms with Futaba services (EVO2 mode). *Previously 2.6ms ~ 3.0ms
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