Hello. I wear with the intention of submitting a groundbait boat on the basis of the fishunter hull. As in electronics is a bit weak please help me complete the components. I managed to find such a miracle
I would use the power supply, similarly to the advice of a colleague above - 12 V. It would be matched to the engines.
Why do you need such powerful regulators, if these motors, according to the specification have a maximum current of about 2 A? This also shows their low power. The boat is often a few kilos of cargo. Push it on water, you need a lot of power. If you fall into the seaweed - these engines can not do anything. It is worth to attach a strong line to the boat to be able to download it. You can adapt a broken rod with a reel here.
Be sure to select a car controller (bi-directional). In boats, you often have to unload the rubbish from the screw and the reverse gear is needed. In your case, a regulator (and motors) suitable for water cooling would be ideal.
As you can see, you based yourself on the description from the Gimmik store.
It is also important what speed these motors have (here slow rotation), whether the drive will be direct or through the transmission, and in which screw you will equip each motor.
The steering can be without a rudder, only based on speed differentiation. This gives hulls, a catamaran - the most popular in groundbait boats, high maneuverability.
If I recommend the two motors - http://www.rc4max.com/regulator_szczotkowy_rocket_360a_-_wodoodporny,2616,30867.html 2zt. For this type of regulator the supply voltage range is 7.4 - 11.1V Lipo or 6 - 10.8V NiMH Or https://pl.aliexpress.com/item/1pcs-Waterproo...-3A-BEC-T-Plug-For-1-10/32629024318.html?spm= 2114.010208.3.102.hwDbA1 & ws_ab_test = searchweb0_0, searchweb201602_0_10065_10068_10136_10137_10138_10060_10062_10141_10056_10055_10054_122_10059_10099_10103_10102_10096_10052_10144_10053_10050_10107_10142_10051_10143_10084_10083_10080_10082_10081_10110_10111_10112_10113_10114_10037_10032_10078_10079_10077_10073_10070_10122_10123_10124, searchweb201603_0, afswitch_1, ppcSwitch_5, single_sort_0_default & btsid = f48b1138-7e58-41f0-9a6c-2c8a3c4a2f73 & algo_expid = 5038c676-9aad-40db-812d-da2c1ec7c2f4-11 & algo_pvid = 5038c676-9aad-40db-812d-da2c1ec7c2f4
Power supply: o 2 LiPo targets (7.4V) or 5 - 6 NiMH targets for 540, 550 or 8T motors or below 45,000 rpm o 3 LiPo targets (11,1V) or 7 - 9 NiMH cells for 540, 550 or 13T motors, or less than 30000 rpm You can use the NiMH 6,2V target packet 6 (or 7-9 NiMH cells I do not recommend)
Drive shafts - Shaft shaft for motors 600 F 4 M4 200mm (6715405069) 2 pcs. length tailored to the needs of 150 - 300mm.
I recommend making a hole for lubrication of shafts, only silicone oil for sewing machines with permanent grease causes seizure of the shaft. Without rudder, servos not needed in fishing boats are not used. Adjusting the rotation of the propellers. But you will need 2 servos for the unloading flaps. 2 pcs. SERW TowerPro MG996 will be required additionadditional servo feeding before UBEC, supplying the receiver with too low permissible current can cause interference at high current load.
Selection of the diameter of the propellers will only be possible after the dimensions of the propeller chamber have been measured. Install a OE 6mm pipe bent at the stern, pointing forward to collect water and cool the engines.
The LED lighting was still there. And covers for chambers with screws
So ladies and gentlemen, I will put something like that on brush motors; Hull STS Boat 500- PLN 350 swift 500 x2 engines - PLN 100 bi-directional regulators sts (current: 20A continuous, 40A to 20s, BEC: 5V, 2A) x2- PLN 140 drive shaft STS x2-170 Servo TowerPro MG-995 PLN 40 6v 10mah x 2 batteries (connected in series) - PLN 73 FlySky FS-i6 apparatus PLN 224 Three blade vane propellers with a diameter of 32.5 mm - approx. PLN 15 pair
Any suggestions? such a set has the right to swim? And I have an Asking question about regulators because both of them are from BEC and it's probably not good, am I wrong?
The regulator below 10V engine power will be limited to 60%, below 9V the engine will be turned off, it is rather a defect. The car drives to a voltage drop, for example, a secured cut-off of 2.7V to the LiPo cell. I thought you would control two engines, connected so-called. Delta mixer (or V-tail). The remaining case of the drive shaft with flange 0 problems quiet operation.
So these regulators are lime And with this apparatus you can not mix channels to be controlled by engines? in the shop where I want to buy I was informed that only bi-directional regulators and the FlySky FS-i6 apparatus are enough
I have not read about the possibilities and software of this apparatus if you have found the right mixer. As you will see in the bushes, these regulators will be fried due to lack of cooling. I advise drive shafts with a collar.
A good selection of regulator with a fan, but it can be with a heatsink with a higher permissible power consumption. Do not overpower yourself, you can drill a hole for lubrication and a thread for a nipple with an M5 thread water inlet / outlet nipple with thread m5 1 pc. (6767977048) inlet / outlet 90 degrees water nipple with thread M5 1pc (6704896788)
The discussion revolves around assembling a groundbait boat using a Fishunter hull, focusing on the selection of electronic components. The user has chosen FlySky FS-i6 transmitter and iA6 receiver, along with two GPX Extreme SWIFT 500 12V engines. Various speed controllers (ESCs) are suggested, including the TURNIGY one-way regulator and the a-ROCKET-60A-BRUSHED, with considerations for cooling and power requirements. Participants emphasize the need for bi-directional ESCs for reversing and suggest using a robust power supply, ideally 12V, to match the engines. Concerns about the power ratings of the chosen components and the necessity of proper cooling for the ESCs are raised. The user also inquires about the compatibility of the FlySky FS-i6 with mixing channels for dual motor control. Suggestions for battery configurations and drive shafts are provided, along with links to various products. Summary generated by the language model.
