furitek FUR-2742

Furitek NanoModo 2026 Control System User Manual

Model: FUR-2742

1. Koniec produktuview

The Furitek NanoModo 2026 Control System is an integrated brushless upgrade designed for the Redcat ASCENT-32 micro crawler. This system combines the NanoPython Brushless Electronic Speed Controller (ESC), the NanoKomodo high-torque brushless motor, and the Furitek Gripor V2 4-Channel Transmitter/Receiver (TX/RX) system. It provides enhanced smoothness, precision, and compact power for your RC crawler.

A key feature of the NanoModo Control System is its integrated servo controller circuit, which ensures full compatibility with the stock ASCENT-32 servo without requiring modifications, simplifying installation.

Kluczowe komponenty:

  • NanoPython ESC: Brushless Electronic Speed Controller with built-in wireless tuning.
  • NanoKomodo Brushless Motor: High-torque motor optimized for the ASCENT-32.
  • Gripor V2 4-Channel TX/RX System: 2.4 GHz radio system for precise control.
Furitek NanoModo 2026 Control System components including transmitter, receiver, ESC, and motor, alongside a Redcat ASCENT-32 RC crawler chassis.

Image 1.1: The Furitek NanoModo 2026 Control System, showing the Gripor V2 transmitter, NanoPython ESC, NanoKomodo motor, and receiver, positioned next to a Redcat ASCENT-32 chassis.

All components of the Furitek NanoModo 2026 Control System laid out: Gripor V2 transmitter, NanoPython ESC, NanoKomodo motor, and receiver.

Image 1.2: Individual components of the NanoModo system, including the transmitter, ESC, motor, and receiver, ready for installation.

2. Konfiguracja i instalacja

The NanoModo Control System is designed for plug-and-play installation into the Redcat ASCENT-32. Follow these steps for proper setup:

2.1. Wymagania dotyczące zasilania

  • System wymaga 2S to 3S LiPo battery do operacji.
  • System jest niekompatybilny with the stock 1S battery of the ASCENT-32.
  • Ensure your LiPo battery is fully charged before use.

2.2. Instalacja komponentów

  1. Remove Existing Electronics: Carefully remove the stock ESC, motor, and receiver from your Redcat ASCENT-32 chassis.
  2. Install NanoKomodo Motor: Mount the NanoKomodo brushless motor into the motor mount of your ASCENT-32. Ensure proper gear mesh.
  3. Install NanoPython ESC: Secure the NanoPython ESC within the chassis. Its compact design is optimized for a clean fit.
  4. Podłącz silnik do regulatora: Connect the NanoKomodo motor wires to the NanoPython ESC.
  5. Podłącz odbiornik: Connect the Gripor V2 receiver to the NanoPython ESC.
  6. Connect Stock Servo: The NanoModo system includes an integrated servo controller. Connect the stock ASCENT-32 servo directly to the designated servo port on the NanoPython ESC. No additional modifications are required.
  7. Podłącz akumulator: Connect your 2S or 3S LiPo battery to the NanoPython ESC.
  8. Bezpieczne okablowanie: Route and secure all wiring to prevent interference with moving parts and maintain a clean setup.

2.3. Transmitter and Receiver Binding

The Gripor V2 TX/RX system typically comes pre-bound. If re-binding is necessary, refer to the specific instructions provided with the Gripor V2 transmitter for the binding procedure. Generally, this involves powering on the receiver in bind mode and then the transmitter while holding the bind button.

2.4. FuriCar App Installation

Pobierz FuriCar App from the iOS App Store or Google Play Store onto your smartphone. This app is essential for wireless tuning, telemetry, and firmware updates for the NanoPython ESC.

3. Działanie

Once installed and powered, the NanoModo Control System provides precise control over your Redcat ASCENT-32.

3.1. Podstawowa kontrola

  • Moc nadajnika: Turn on the Gripor V2 transmitter first.
  • Moc pojazdu: Connect the LiPo battery to the ESC. The ESC will power on.
  • Sterowniczy: Use the steering wheel on the Gripor V2 transmitter for directional control.
  • Przepustnica: Use the throttle trigger for forward and reverse movement. The advanced FOC technology ensures smooth startup and linear throttle response.
  • Kanały pomocnicze: The Gripor V2 is a 4-channel system. Utilize the additional channels for controlling accessories or advanced functions if your ASCENT-32 is equipped.
  • Wyłączone: Always disconnect the battery from the ESC first, then turn off the transmitter.

3.2. App-Based Tuning and Telemetry

The NanoPython ESC features a built-in wireless module for connection to the FuriCar App. This allows for real-time adjustments and monitoring:

  1. Połącz się z aplikacją: Open the FuriCar App on your smartphone and connect to the NanoPython ESC via Bluetooth.
  2. Regulacja parametrów: Adjust various ESC parameters such as throttle curve, drag brake, motor type (brushed/brushless), and more.
  3. Telemetria: Monitor real-time data from the ESC, which can include battery voltage, motor RPM, and temperature (if supported by sensors).
  4. Aktualizacje oprogramowania układowego: The app facilitates wireless firmware updates for the ESC, ensuring you have the latest features and performance enhancements.

4. Konserwacja

Regular maintenance ensures the longevity and optimal performance of your NanoModo Control System.

  • Czyszczenie: Keep the ESC, motor, and receiver free from dirt, dust, and moisture. Use a soft brush or compressed air for cleaning. Avoid using solvents.
  • Znajomości: Periodically check all electrical connections for tightness and signs of wear. Ensure wires are not pinched or frayed.
  • Pielęgnacja baterii: Follow manufacturer guidelines for LiPo battery charging, discharging, and storage. Never overcharge or over-discharge LiPo batteries. Store them in a safe, cool place.
  • Oprogramowanie sprzętowe: Regularly check the FuriCar App for available firmware updates for the NanoPython ESC. Keeping the firmware updated can improve performance and address potential issues.
  • Kontrola silnika: Inspect the NanoKomodo motor for any debris in the cooling vents or signs of bearing wear.
  • Pielęgnacja nadajnika: Keep the Gripor V2 transmitter clean and store it in a dry place. Replace transmitter batteries as needed.

5. Rozwiązywanie Problemów

This section addresses common issues you might encounter with the NanoModo Control System.

5.1. No Power to Vehicle

  • Sprawdź baterię: Ensure the LiPo battery is fully charged and properly connected to the ESC. Verify it is a 2S or 3S LiPo.
  • ESC Switch: Confirm the ESC power switch is in the "ON" position.
  • Znajomości: Inspect all power connections for secure fit and no damage.

5.2. No Response from Motor or Servo

  • Nadajnik włączony: Ensure the Gripor V2 transmitter is powered on and its batteries are charged.
  • Wiążący: Sprawdź, czy nadajnik i odbiornik są prawidłowo połączone. W razie potrzeby połącz je ponownie.
  • Znajomości: Check motor and servo connections to the ESC.
  • ESC Status: Observe any LED indicators on the ESC for error codes or status.
  • Sprawdzanie aplikacji: Use the FuriCar App to check ESC settings and ensure the motor type (brushed/brushless) is correctly configured.

5.3. Intermittent Control or Loss of Signal

  • Zakres: Ensure you are within the operational range of the Gripor V2 system.
  • Ingerencja: Avoid operating near strong sources of radio interference.
  • Antena: Check the receiver antenna for damage and ensure it is properly positioned.
  • Pojemność bateriitage: Niski poziom naładowania akumulatoratage in either the transmitter or vehicle can cause signal issues.

5.4. FuriCar App Connectivity Issues

  • Bluetooth: Ensure Bluetooth is enabled on your smartphone and the ESC is powered on.
  • Uprawnienia aplikacji: Verify the FuriCar App has necessary Bluetooth permissions.
  • Uruchom ponownie: Try restarting both the app and the ESC.
  • Bliskość: Keep your smartphone close to the ESC during connection.

6. Specyfikacje

Detailed technical specifications for the components of the Furitek NanoModo Control System.

6.1. NanoPython ESC

Furitek NanoPython ESC with its technical specifications listed.

Image 6.1: The NanoPython ESC, highlighting its compact design and key specifications.

FunkcjaSpecyfikacja
Wejście Voltage2–3 S LiPo
Prąd ciągły20 A
Burst Prąd50 A
Wyjście BEC5.5 V / 7.4 V, 5 A
Typ silnikaBrushed / Brushless (switchable via app)
Wireless TuningBuilt-in via FuriCar App

6.2. NanoKomodo Brushless Motor

Furitek NanoKomodo Brushless Motor with its technical specifications listed.

Image 6.2: The NanoKomodo Brushless Motor, showing its compact size and design.

FunkcjaSpecyfikacja
Wartość KV3800 KV (optimized for ASCENT-32)
Projekt12-pole high-torque
Wymiary wałuWymiary: 1.5 × 6 mm
Waga10 gramów

6.3. Furitek Gripor V2 4CH TX/RX System

Furitek Gripor V2 4-Channel Transmitter and Receiver with its features listed.

Image 6.3: The Gripor V2 4-Channel Transmitter and its compact receiver.

FunkcjaSpecyfikacja
Częstotliwość2.4 GHz
Kanały4-channel digital radio system
NadajnikCompact ergonomic design for micro/mini crawlers
Odpowiedź kontrolnaSmooth linear throttle and steering
ProgramowalnośćProgrammable channels and endpoints
OdbiornikLightweight, optimized for ASCENT-32
ZgodnośćPlug-and-play with NanoPython ESC

7. Informacje o gwarancji

Specific warranty details for Furitek products may vary by region and retailer. Please retain your proof of purchase. For the most accurate and up-to-date warranty information, refer to the official Furitek webodwiedź witrynę lub skontaktuj się z autoryzowanym dealerem.

Notatka: Produkt nie jest przeznaczony do użytku przez dzieci.

8. Obsługa klienta

For technical assistance, product inquiries, or support, please utilize the following resources:

  • Official Furitek Webstrona: Odwiedzać www.furitek.com Aby uzyskać informacje o produkcie, odpowiedzi na często zadawane pytania i uzyskać informacje o możliwościach kontaktu.
  • FuriCar App: The FuriCar App provides access to firmware updates and tuning options.
  • Autoryzowani dealerzy: Aby uzyskać lokalne wsparcie, skontaktuj się ze sprzedawcą, u którego kupiłeś produkt.

© 2026 Furitek. All rights reserved.

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