Sale
FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version
by
My Store
SKU: TES-EVN2006
20% off
FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version
The FlySky PL18 EV Paladin EV is a professional-grade 2.4GHz radio control transmitter system featuring advanced AFHDS 3 protocol technology, designed for precision control of electric vehicles, drones, and RC models with exceptional range and reliability. This flagship version includes dual receiver options - the FGr8B for standard applications and FGr12B for advanced multi-channel control - enabling professional hobbyists, RC racing competitors, and industrial drone operators to achieve millisecond-level response times and interference-free operation. The system solves critical challenges in RC control including frequency crowding, signal dropout, and latency issues through its proprietary AFHDS 3 spread-spectrum technology and adaptive frequency hopping capabilities.
Product Overview
The FlySky PL18 EV Paladin EV represents the pinnacle of 2.4GHz RC transmitter technology, built specifically for electric vehicle enthusiasts and professional RC operators who demand uncompromising performance. At its core, the system utilizes the AFHDS 3 protocol, a revolutionary spread-spectrum frequency hopping algorithm that automatically selects the clearest communication channels from 128 available frequencies, eliminating interference from WiFi, Bluetooth, and competing RC systems. The transmitter features a robust metal chassis, ergonomic grip design, and a high-resolution LCD display that provides real-time telemetry feedback including signal strength, battery voltage, and channel status. The dual-receiver configuration offers unprecedented flexibility - the FGr8B receiver provides 8-channel control for standard RC vehicles and quadcopters, while the FGr12B expands to 12 channels for complex multi-servo applications requiring independent control of lights, cameras, gimbals, and auxiliary systems.
The flagship architecture incorporates advanced failsafe programming, allowing users to define custom recovery actions if signal loss occurs, critical for autonomous flight operations and high-speed racing scenarios. The transmitter supports both proportional and switch-based channel programming with up to 100 model memory slots, enabling seamless switching between different vehicles without reconfiguration. With a maximum transmission range of 2.4km in open terrain and latency as low as 8ms, the PL18 EV delivers the responsiveness required for precision maneuvers in competitive RC racing, FPV drone operations, and industrial surveying applications. The system operates on standard AA batteries (8 cells for transmitter, 2-3 cells for receivers), providing 15+ hours of continuous operation and making it practical for extended field sessions.
Key Specifications
| Specification | Details |
| Product Type | 2.4GHz AFHDS 3 RC Transmitter System with Dual Receivers |
| Brand | FlySky |
| Model | PL18 EV Paladin EV |
| Origin | Original/Authentic |
| Warranty | 7 days on manufacturing defects |
| Shipping | 1-5 days from Bengaluru |
| Delivery | 7-8 days across India |
| Support | 24/7 via Email and WhatsApp |
| Protocol | AFHDS 3 Spread-Spectrum Frequency Hopping |
| Operating Frequency | 2.4GHz ISM Band (128 Selectable Channels) |
| Maximum Range | 2.4km Line-of-Sight in Open Terrain |
| Signal Latency | 8ms Typical Response Time |
| Transmitter Channels | 18 Programmable Channels |
| Receiver Options | FGr8B (8-Channel) and FGr12B (12-Channel) |
| Power Source | 8x AA Batteries (Transmitter), 2-3x AA Batteries (Receivers) |
| Battery Life | 15+ Hours Continuous Operation |
| Model Memory | 100 Programmable Model Slots |
| Display | High-Resolution LCD with Real-Time Telemetry |
| Failsafe Function | Programmable Custom Recovery Actions |
Key Features
- AFHDS 3 Spread-Spectrum Protocol with 128-Channel Frequency Hopping - Provides automatic interference avoidance and simultaneous operation of multiple RC systems in congested RF environments without signal dropout or cross-interference
- Dual Receiver Compatibility (FGr8B and FGr12B) - Enables selection between 8-channel standard control for basic vehicles or 12-channel advanced control for complex multi-servo applications with independent auxiliary channel management
- 8ms Signal Latency with Millisecond-Precision Response - Delivers the responsiveness required for competitive RC racing, aggressive FPV drone maneuvers, and precision industrial applications where control lag directly impacts performance
- 2.4km Maximum Transmission Range - Supports long-distance operations including aerial surveying, extended-range FPV flights, and large-area RC vehicle control without signal degradation
- 100 Model Memory Slots with Full Programmability - Allows storage of complete configuration profiles for up to 100 different vehicles, enabling instant switching without recalibration or manual reprogramming
- Programmable Failsafe System - Automatically executes user-defined recovery actions including throttle cut-off, servo centering, or parachute deployment if signal loss exceeds 1 second, critical for autonomous flight safety
- Ergonomic Metal Chassis Design - Provides durability for professional use with comfortable grip geometry optimized for extended control sessions and impact resistance in field environments
- Real-Time LCD Telemetry Display - Shows signal strength percentage, transmitter battery voltage, receiver battery status, and active channel information for operational awareness and diagnostic troubleshooting
Applications and Use Cases
- Competitive RC Car Racing - The 8ms latency and frequency-hopping technology enable precise throttle control and steering input at high speeds on crowded racing tracks where multiple transmitters operate simultaneously without interference
- FPV Drone Operations - The 2.4km range and dual-receiver configuration support extended-range FPV flights with independent gimbal, camera, and lighting control through the 12-channel FGr12B receiver for professional aerial photography and surveying
- Industrial RC Surveying and Mapping - Long-range capability with failsafe programming enables autonomous flight paths for terrain mapping, infrastructure inspection, and agricultural monitoring in areas where signal reliability is mission-critical
- Multi-Servo Robotics and Automation - The 18-channel transmitter and 12-channel receiver support complex robotic systems requiring independent control of multiple servos, motors, and auxiliary actuators for research, education, and industrial automation projects
- Aerial Photography and Cinematography - The programmable model memory allows rapid switching between different aircraft configurations, while the low-latency response ensures smooth camera gimbal control and stable flight characteristics during professional video production
- RC Boat and Maritime Applications - The waterproof receiver options and extended range support control of RC boats and autonomous marine vehicles in large water bodies with reliable signal transmission and programmable failsafe for recovery in open water scenarios
How to Use
Begin by inserting 8 AA batteries into the transmitter and 2-3 AA batteries into your selected receiver (FGr8B or FGr12B). Power on the transmitter and allow 10 seconds for the AFHDS 3 protocol to initialize and scan for the clearest available frequency channels. Access the programming menu via the LCD display to bind your receiver - place both transmitter and receiver within 1 meter, navigate to Bind Mode, and confirm the pairing. Once bound, the system automatically remembers this receiver and will reconnect on power-up. Configure your model profile by assigning physical channels to control surfaces (throttle, steering, pitch, roll, etc.), adjusting servo reverse settings if needed, and setting dual-rate sensitivity for smooth control response. Program failsafe actions by entering failsafe mode and defining what each channel should do if signal loss occurs - typically throttle to neutral and servos to neutral positions. Test all control inputs on the ground before flight or high-speed operation, verifying that control surfaces respond correctly to transmitter inputs and that the LCD display shows consistent signal strength above 80%.
For multi-vehicle operation, create separate model profiles for each aircraft or vehicle by accessing the model memory slots (up to 100 available). Store complete configuration settings including channel assignments, servo calibration, failsafe parameters, and sensitivity curves for each model, allowing instant switching during field sessions. Regularly monitor battery voltage on the LCD display - replace transmitter batteries when voltage drops below 8.0V and receiver batteries when below the minimum recommended voltage (typically 3.0V for 2-cell receivers). Maintain the system by storing batteries separately when not in use for extended periods, keeping the transmitter and receivers in a dry environment, and periodically checking antenna connections for secure seating. If experiencing signal loss or interference, verify that no other 2.4GHz devices (WiFi routers, Bluetooth speakers) are operating within close proximity, and if necessary, manually select alternative frequency channels through the transmitter menu to find clearer RF spectrum.
Frequently Asked Questions
What is the difference between the FGr8B and FGr12B receivers included with this system?
The FGr8B receiver provides 8 independent control channels suitable for standard RC vehicles, quadcopters, and basic aircraft requiring throttle, steering, pitch, roll, and up to 3 auxiliary channels. The FGr12B receiver expands to 12 channels, enabling control of complex systems like multi-rotor drones with independent gimbal servo, camera pan-tilt, LED lighting, and payload release mechanisms. Choose FGr8B for simplicity and cost-efficiency in basic applications, or FGr12B when you need independent control of multiple auxiliary systems simultaneously. Both receivers use identical AFHDS 3 protocol and bind to the same transmitter, allowing you to switch receivers based on vehicle requirements.
How does the AFHDS 3 protocol prevent interference from other RC systems and WiFi devices?
AFHDS 3 employs spread-spectrum frequency hopping across 128 available 2.4GHz channels, automatically selecting the clearest channels in real-time based on RF environment analysis. Unlike older fixed-frequency systems, the transmitter and receiver continuously communicate which channels to use next, making it virtually impossible for other systems to predict or jam the signal. The protocol scans for interference patterns and avoids congested frequencies, allowing multiple FlySky systems to operate simultaneously in the same location without cross-interference. This is why competitive RC racing events with 20+ transmitters operating simultaneously use AFHDS 3 systems - the adaptive frequency hopping ensures reliable control even in RF-saturated environments.
What is the maximum range of 2.4km, and how is it affected by terrain and obstacles?
The 2
Buy FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version Online in India
Purchase the FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version online at The Engineer Store, India's trusted source for genuine electronics and professional equipment. We deliver across Bengaluru, Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata, Ahmedabad, Jaipur, and Surat. Get the best price on FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version with fast shipping, expert technical support, and the assurance of 100% authentic products from authorized distributors.
Whether you are a professional engineer, researcher, student, or electronics enthusiast, The Engineer Store provides the technical expertise and product quality you need. Our team in Bengaluru is available 24/7 to support your journey from product selection to project completion.
Why Buy from The Engineer Store
- Genuine Products: Sourced directly from authorized distributors with authentication
- Expert Team: Our technical team validates every product before listing
- Fast Shipping: Dispatched within 1-5 days from our Bengaluru warehouse
- Pan-India Delivery: 7-8 days to Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata
- Payment Options: COD, UPI, credit/debit cards, net banking, EMI available
- Technical Support: 24/7 expert guidance via email and WhatsApp
- Returns: 7-day return policy on manufacturing defects only
FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version
The FlySky PL18 EV Paladin EV is a professional-grade 2.4GHz radio control transmitter system featuring advanced AFHDS 3 protocol technology, designed for precision control of electric vehicles, drones, and RC models with exceptional range and reliability. This flagship version includes dual receiver options - the FGr8B for standard applications and FGr12B for advanced multi-channel control - enabling professional hobbyists, RC racing competitors, and industrial drone operators to achieve millisecond-level response times and interference-free operation. The system solves critical challenges in RC control including frequency crowding, signal dropout, and latency issues through its proprietary AFHDS 3 spread-spectrum technology and adaptive frequency hopping capabilities.
Product Overview
The FlySky PL18 EV Paladin EV represents the pinnacle of 2.4GHz RC transmitter technology, built specifically for electric vehicle enthusiasts and professional RC operators who demand uncompromising performance. At its core, the system utilizes the AFHDS 3 protocol, a revolutionary spread-spectrum frequency hopping algorithm that automatically selects the clearest communication channels from 128 available frequencies, eliminating interference from WiFi, Bluetooth, and competing RC systems. The transmitter features a robust metal chassis, ergonomic grip design, and a high-resolution LCD display that provides real-time telemetry feedback including signal strength, battery voltage, and channel status. The dual-receiver configuration offers unprecedented flexibility - the FGr8B receiver provides 8-channel control for standard RC vehicles and quadcopters, while the FGr12B expands to 12 channels for complex multi-servo applications requiring independent control of lights, cameras, gimbals, and auxiliary systems.
The flagship architecture incorporates advanced failsafe programming, allowing users to define custom recovery actions if signal loss occurs, critical for autonomous flight operations and high-speed racing scenarios. The transmitter supports both proportional and switch-based channel programming with up to 100 model memory slots, enabling seamless switching between different vehicles without reconfiguration. With a maximum transmission range of 2.4km in open terrain and latency as low as 8ms, the PL18 EV delivers the responsiveness required for precision maneuvers in competitive RC racing, FPV drone operations, and industrial surveying applications. The system operates on standard AA batteries (8 cells for transmitter, 2-3 cells for receivers), providing 15+ hours of continuous operation and making it practical for extended field sessions.
Key Specifications
| Specification | Details |
| Product Type | 2.4GHz AFHDS 3 RC Transmitter System with Dual Receivers |
| Brand | FlySky |
| Model | PL18 EV Paladin EV |
| Origin | Original/Authentic |
| Warranty | 7 days on manufacturing defects |
| Shipping | 1-5 days from Bengaluru |
| Delivery | 7-8 days across India |
| Support | 24/7 via Email and WhatsApp |
| Protocol | AFHDS 3 Spread-Spectrum Frequency Hopping |
| Operating Frequency | 2.4GHz ISM Band (128 Selectable Channels) |
| Maximum Range | 2.4km Line-of-Sight in Open Terrain |
| Signal Latency | 8ms Typical Response Time |
| Transmitter Channels | 18 Programmable Channels |
| Receiver Options | FGr8B (8-Channel) and FGr12B (12-Channel) |
| Power Source | 8x AA Batteries (Transmitter), 2-3x AA Batteries (Receivers) |
| Battery Life | 15+ Hours Continuous Operation |
| Model Memory | 100 Programmable Model Slots |
| Display | High-Resolution LCD with Real-Time Telemetry |
| Failsafe Function | Programmable Custom Recovery Actions |
Key Features
- AFHDS 3 Spread-Spectrum Protocol with 128-Channel Frequency Hopping - Provides automatic interference avoidance and simultaneous operation of multiple RC systems in congested RF environments without signal dropout or cross-interference
- Dual Receiver Compatibility (FGr8B and FGr12B) - Enables selection between 8-channel standard control for basic vehicles or 12-channel advanced control for complex multi-servo applications with independent auxiliary channel management
- 8ms Signal Latency with Millisecond-Precision Response - Delivers the responsiveness required for competitive RC racing, aggressive FPV drone maneuvers, and precision industrial applications where control lag directly impacts performance
- 2.4km Maximum Transmission Range - Supports long-distance operations including aerial surveying, extended-range FPV flights, and large-area RC vehicle control without signal degradation
- 100 Model Memory Slots with Full Programmability - Allows storage of complete configuration profiles for up to 100 different vehicles, enabling instant switching without recalibration or manual reprogramming
- Programmable Failsafe System - Automatically executes user-defined recovery actions including throttle cut-off, servo centering, or parachute deployment if signal loss exceeds 1 second, critical for autonomous flight safety
- Ergonomic Metal Chassis Design - Provides durability for professional use with comfortable grip geometry optimized for extended control sessions and impact resistance in field environments
- Real-Time LCD Telemetry Display - Shows signal strength percentage, transmitter battery voltage, receiver battery status, and active channel information for operational awareness and diagnostic troubleshooting
Applications and Use Cases
- Competitive RC Car Racing - The 8ms latency and frequency-hopping technology enable precise throttle control and steering input at high speeds on crowded racing tracks where multiple transmitters operate simultaneously without interference
- FPV Drone Operations - The 2.4km range and dual-receiver configuration support extended-range FPV flights with independent gimbal, camera, and lighting control through the 12-channel FGr12B receiver for professional aerial photography and surveying
- Industrial RC Surveying and Mapping - Long-range capability with failsafe programming enables autonomous flight paths for terrain mapping, infrastructure inspection, and agricultural monitoring in areas where signal reliability is mission-critical
- Multi-Servo Robotics and Automation - The 18-channel transmitter and 12-channel receiver support complex robotic systems requiring independent control of multiple servos, motors, and auxiliary actuators for research, education, and industrial automation projects
- Aerial Photography and Cinematography - The programmable model memory allows rapid switching between different aircraft configurations, while the low-latency response ensures smooth camera gimbal control and stable flight characteristics during professional video production
- RC Boat and Maritime Applications - The waterproof receiver options and extended range support control of RC boats and autonomous marine vehicles in large water bodies with reliable signal transmission and programmable failsafe for recovery in open water scenarios
How to Use
Begin by inserting 8 AA batteries into the transmitter and 2-3 AA batteries into your selected receiver (FGr8B or FGr12B). Power on the transmitter and allow 10 seconds for the AFHDS 3 protocol to initialize and scan for the clearest available frequency channels. Access the programming menu via the LCD display to bind your receiver - place both transmitter and receiver within 1 meter, navigate to Bind Mode, and confirm the pairing. Once bound, the system automatically remembers this receiver and will reconnect on power-up. Configure your model profile by assigning physical channels to control surfaces (throttle, steering, pitch, roll, etc.), adjusting servo reverse settings if needed, and setting dual-rate sensitivity for smooth control response. Program failsafe actions by entering failsafe mode and defining what each channel should do if signal loss occurs - typically throttle to neutral and servos to neutral positions. Test all control inputs on the ground before flight or high-speed operation, verifying that control surfaces respond correctly to transmitter inputs and that the LCD display shows consistent signal strength above 80%.
For multi-vehicle operation, create separate model profiles for each aircraft or vehicle by accessing the model memory slots (up to 100 available). Store complete configuration settings including channel assignments, servo calibration, failsafe parameters, and sensitivity curves for each model, allowing instant switching during field sessions. Regularly monitor battery voltage on the LCD display - replace transmitter batteries when voltage drops below 8.0V and receiver batteries when below the minimum recommended voltage (typically 3.0V for 2-cell receivers). Maintain the system by storing batteries separately when not in use for extended periods, keeping the transmitter and receivers in a dry environment, and periodically checking antenna connections for secure seating. If experiencing signal loss or interference, verify that no other 2.4GHz devices (WiFi routers, Bluetooth speakers) are operating within close proximity, and if necessary, manually select alternative frequency channels through the transmitter menu to find clearer RF spectrum.
Frequently Asked Questions
What is the difference between the FGr8B and FGr12B receivers included with this system?
The FGr8B receiver provides 8 independent control channels suitable for standard RC vehicles, quadcopters, and basic aircraft requiring throttle, steering, pitch, roll, and up to 3 auxiliary channels. The FGr12B receiver expands to 12 channels, enabling control of complex systems like multi-rotor drones with independent gimbal servo, camera pan-tilt, LED lighting, and payload release mechanisms. Choose FGr8B for simplicity and cost-efficiency in basic applications, or FGr12B when you need independent control of multiple auxiliary systems simultaneously. Both receivers use identical AFHDS 3 protocol and bind to the same transmitter, allowing you to switch receivers based on vehicle requirements.
How does the AFHDS 3 protocol prevent interference from other RC systems and WiFi devices?
AFHDS 3 employs spread-spectrum frequency hopping across 128 available 2.4GHz channels, automatically selecting the clearest channels in real-time based on RF environment analysis. Unlike older fixed-frequency systems, the transmitter and receiver continuously communicate which channels to use next, making it virtually impossible for other systems to predict or jam the signal. The protocol scans for interference patterns and avoids congested frequencies, allowing multiple FlySky systems to operate simultaneously in the same location without cross-interference. This is why competitive RC racing events with 20+ transmitters operating simultaneously use AFHDS 3 systems - the adaptive frequency hopping ensures reliable control even in RF-saturated environments.
What is the maximum range of 2.4km, and how is it affected by terrain and obstacles?
The 2
Buy FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version Online in India
Purchase the FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version online at The Engineer Store, India's trusted source for genuine electronics and professional equipment. We deliver across Bengaluru, Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata, Ahmedabad, Jaipur, and Surat. Get the best price on FlySky PL18 EV Paladin EV 2.4GHz AFHDS 3 Transmitter with FGr8B and FGr12B Receiver-Flagship Version with fast shipping, expert technical support, and the assurance of 100% authentic products from authorized distributors.
Whether you are a professional engineer, researcher, student, or electronics enthusiast, The Engineer Store provides the technical expertise and product quality you need. Our team in Bengaluru is available 24/7 to support your journey from product selection to project completion.
Why Buy from The Engineer Store
- Genuine Products: Sourced directly from authorized distributors with authentication
- Expert Team: Our technical team validates every product before listing
- Fast Shipping: Dispatched within 1-5 days from our Bengaluru warehouse
- Pan-India Delivery: 7-8 days to Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata
- Payment Options: COD, UPI, credit/debit cards, net banking, EMI available
- Technical Support: 24/7 expert guidance via email and WhatsApp
- Returns: 7-day return policy on manufacturing defects only