The R9's 9N·m of torque can simulate a full range of steering forces and car handling characteristics. Unmatched quality and durability. The MOZA R9's whole housing is made of aviation-grade aluminum alloy. To ensure stable operation and endurance during competition. The temperature control strategy uses built-in temperature sensors. Wirelessly transmit data and power between the steering wheel and the base. No matter how complex the force feedback calculations get. The unique Quad CPUs can reliably process the task at maximum precision. The settings of the wheelbase, steering wheel, pedals, etc. can be modified through the MOZA APP. Settings can be imported with one click onto new simulators.
The R9's 9N·m of torque can simulate a full range of steering forces and car handling characteristics. Unmatched quality and durability. The MOZA R9's whole housing is made of aviation-grade aluminum alloy. To ensure stable operation and endurance during competition. The temperature control strategy uses built-in temperature sensors. Wirelessly transmit data and power between the steering wheel and the base. No matter how complex the force feedback calculations get. The unique Quad CPUs can reliably process the task at maximum precision. The settings of the wheelbase, steering wheel, pedals, etc. can be modified through the MOZA APP. Settings can be imported with one click onto new simulators.
in 12 offers
The R9's 9N·m of torque can simulate a full range of steering forces and car handling characteristics. Unmatched quality and durability. The MOZA R9's whole housing is made of aviation-grade aluminum alloy. To ensure stable operation and endurance during competition. The temperature control strategy uses built-in temperature sensors. Wirelessly transmit data and power between the steering wheel and the base. No matter how complex the force feedback calculations get. The unique Quad CPUs can reliably process the task at maximum precision. The settings of the wheelbase, steering wheel, pedals, etc. can be modified through the MOZA APP. Settings can be imported with one click onto new simulators.
The R9's 9N·m of torque can simulate a full range of steering forces and car handling characteristics. Unmatched quality and durability. The MOZA R9's whole housing is made of aviation-grade aluminum alloy. To ensure stable operation and endurance during competition. The temperature control strategy uses built-in temperature sensors. Wirelessly transmit data and power between the steering wheel and the base. No matter how complex the force feedback calculations get. The unique Quad CPUs can reliably process the task at maximum precision. The settings of the wheelbase, steering wheel, pedals, etc. can be modified through the MOZA APP. Settings can be imported with one click onto new simulators.
Last updated at 11/11/2024 11:08:00
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available 10 months ago
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originally posted on simplace.co
originally posted on simplace.co
originally posted on simplace.co
Updated 1 day ago
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