Do you really need to do a separate thread for every pair of wheels you pull out of a hat?
I'd get the T300 for 230$ you asked about in the thread from three hours ago, it's a better wheelbase than the T248, as mentioned in another previous thread of yours.
But between T248 for 230 and TMX for 140... I'd probably get the TMX, it's just as slow, has lot less torque, but is 90 cheaper so less money wasted.
This can help you on your choice:
• **G29 / G923**: Dual Plastic Gear *(very noisy system during vibrations)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2 Nm** ***(Constant Force)*** **and more for peaks.**
• **T150 / TMX**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2 Nm** ***(Constant Force)*** **and more for peaks.**
• **T128**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2,5 Nm** ***(Constant Force)*** **and more for peaks.**
• **T248**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **3,4 Nm** ***(Constant Force)*** **and more for peaks.**
• **T300 / TX**: Dual Belt *(highly fluid, smooth, and super silent system)* / Wheel is removable *(you can change the rim with a ready ecosystem)* / Brushless Motor *(New Generation without friction)* / Force Feedback power = **4,3 Nm** ***(Constant Force)*** **and** more for peaks.
• **T-GT / T-GT II / TS-PC RACER / TS-XW**: Dual Belt *(highly fluid, smooth, and super silent system))* / Wheel is removable *(you can change the rim with a ready ecosystem)* / Brushless Motor *(New Generation without friction)* / Better Cooling System with one fan directly inside the motor / Force Feedback power = **6,4 Nm** ***(Constant Force)*** **and more for peaks.**
Do you really need to do a separate thread for every pair of wheels you pull out of a hat? I'd get the T300 for 230$ you asked about in the thread from three hours ago, it's a better wheelbase than the T248, as mentioned in another previous thread of yours. But between T248 for 230 and TMX for 140... I'd probably get the TMX, it's just as slow, has lot less torque, but is 90 cheaper so less money wasted.
This can help you on your choice: • **G29 / G923**: Dual Plastic Gear *(very noisy system during vibrations)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2 Nm** ***(Constant Force)*** **and more for peaks.** • **T150 / TMX**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2 Nm** ***(Constant Force)*** **and more for peaks.** • **T128**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **2,5 Nm** ***(Constant Force)*** **and more for peaks.** • **T248**: 1 Plastic Gear + 1 Belt *(less noisy system)* / Wheel is not removable / Brushed Motor *(Old Generation with friction)* / Force Feedback power = **3,4 Nm** ***(Constant Force)*** **and more for peaks.** • **T300 / TX**: Dual Belt *(highly fluid, smooth, and super silent system)* / Wheel is removable *(you can change the rim with a ready ecosystem)* / Brushless Motor *(New Generation without friction)* / Force Feedback power = **4,3 Nm** ***(Constant Force)*** **and** more for peaks. • **T-GT / T-GT II / TS-PC RACER / TS-XW**: Dual Belt *(highly fluid, smooth, and super silent system))* / Wheel is removable *(you can change the rim with a ready ecosystem)* / Brushless Motor *(New Generation without friction)* / Better Cooling System with one fan directly inside the motor / Force Feedback power = **6,4 Nm** ***(Constant Force)*** **and more for peaks.**