YANGDA FW-250 Fixed Wing VTOL Plane

Long-Range Mission Capability in a Compact VTOL Platform.

We also offer compatible UAV solutions, including gimbal cameras, video and data links, and GCS. Choose your solutions below and send an inquiry to get started.

Model:

FW250 Electric VTOL

MOQ:

1 pcs

Brand:

YANGDA

Price terms:

EXW, FOB, CIF

Place of Origin:

Shenzhen, China

Delivery:

Ways Air/Sea as requested

Payment terms:

T/T

Sample:

Provide samples check quality before bulk orders

Date of delivery:

Samples 10-14 days, bulk orders 14-30 days(according to quantity)

Inquiry

Write a Review

Required Products

Total price discount:

BUY TOGETHER

Inquiry together

bn (2)

Overview

Designed for efficient and lightweight operations, the FW250 Electric VTOL features a 5.5 kg carbon-fiber airframe with a MTOW of 12 kg. Equipped with a 12S 33000mAh battery system, it delivers up to 2 hours of flight endurance for extended mission performance. Compared with conventional multirotors and larger VTOL platforms, the FW250 offers a more agile and cost-efficient solution for long-endurance, light-payload applications, including industrial inspection with gimbal cameras and search-and-rescue missions using thermal imaging sensors.

2H Endurance

12KG MTOW

Multiple camera options

Color customization

Extended Flight Endurance for Multi-Mission Operations

Designed with a 12kg MTOW, the FW250 Electric VTOL provides up to 2 hours of continuous flight time while supporting a variety of operational payloads. From EO/IR gimbal cameras to mapping equipment, its adaptable payload capability enables efficient execution of missions including aerial surveying, infrastructure inspection, security monitoring, and material delivery.

Extended Flight Endurance for Multi-Mission Operations

Fast Deployment

One-Person Setup in 3 Minutes

Featuring a quick-release mechanism for arms and wiring harnesses, the FW250 Electric VTOL enables a hassle-free full assembly in 3 minutes.Designed for single-operator convenience with a single flight case solution, it helps capture critical operational windows in emergency missions.

Quick release rear wing

Wing quick release

Quick release of motor arm

Foldable tripod

Smart Battery System

Safer Flight with SRTH Algorithm

The FW250 Electric VTOL can be equipped with the XTurbo intelligent battery, featuring the SRTH (Smart Return-to-Home) algorithm. SRTH dynamically predicts remaining flight endurance based on real-time power consumption, flight distance, and battery health. Compared with traditional voltage-triggered return, it provides greater accuracy and reliability, effectively reducing the risk of low-battery forced landings.

Hassle-Free Operation

Easy for Beginners

Paired with the LAUNCH ground control software featuring a clean interface and intuitive logic, the FW250 Electric VTOL supports one-click takeoff, automated mission planning, and intelligent return-to-home. Even operators with no prior flight experience can carry out missions independently after short-term training.

Stable Performance in Harsh Conditions

43.2km/h Wind Resistance

With a powerful propulsion system combined with aerodynamic optimization, the FW250 Electric VTOL maintains stable flight even in wind speeds of up to 43.2km/h. It is well suited for operations in high-wind applications, especially patrol missions in costal, mountainous or high-altitude regions.

Drone Life-Safe Design — More Reliable Flight

Hot-Swappable Battery System

With an built-in extra auxiliary flight battery,the system enables uninterrupted system power during battery swap.This allows continuous operation and multiple back-to-back missions.

Differential GPS (No Compass Calibration Required)

Resistant to electromagnetic interference, this function frees the VTOL from pre-flight compass calibration and ensures more stable and reliable flight attitude.

TOF-Assisted Landing

The bottom-mounted TOF sensor continuously measures real-time altitude above ground to help the VTOL achieve smooth, controlled landing and reduce the risk of ground impact.

Optional Parachute System

Compatible with YANGDA Saver-40 parachute system. This onboard parachute can be deployed automatically in emergency situations, protecting high-value equipment during critical failures.

Without Propulsion System

1 x YANGDA FW-250 VTOL Fixed-Wing Airframe

4 x T-motor MN505 Lift Motor

4 x T-motor FLAME 60A ESC for Lift Motor

1 x T-motor 12S 60A ESC for Fixed-Wing Motor

2 x T-motor 1654 CF Propeller CW&CCW

1 x T-motor AT4120 Fixed-Wing Motor

1 x Wood 15x8 Propeller CW

4 x KST Servo

1 x CAN Air Speedometer

1 x Pixhawk Cube Orange + Flight Controller with Here 3 GNSS

1 x WFLY ET10 Radio Controller

1 x Assembly and Flight Test Service

1 x Aviation Box

1 x LAUNCH Ground Control Software

Size And Packing Dimension

Key Specifications

2,500 mm

Wingspan

1,400 mm

Length

100km/h

Max speed

3500m

Operating Altitude(Max.)

5.5kg

Weight w/o battery and payload

6.5kg

Max payload(battery included)

Support all YANGDA'S gimbal camera.

Applications and Solutions

Surveying & Geospatial Information

Challenge: Limited coverage per flight, weak signal in mountaiFW250 Electric VTOLus areas, and difficulties in data transmission.

FW250 Electric VTOL Solution: With a 2 kg payload capacity, FW250 Electric VTOL can simultaneously carry a LiDAR system and high-precision INS. Its 2-hour extended endurance significantly reduces takeoff and landing cycles. Its optional 4G or Starlink communication enables real-time flight data and video transmission, improving operational efficiency by over 50%.

Recommended Configuration: LiDAR + PPK module + 4G data link.

Research and Rescue in Disaster Zones

Challenge: In disaster zones where roads and urban infrastructure are severely damaged, conventional transportation and rescue methods often struggle to access affected areas efficiently.

Maprid Pro Electric VTOL Solution: With a payload capacity of up to 2kg, the FW250 Electric VTOL can be equipped with optical or thermal imaging sensors to provide real-time, long-range aerial monitoring of disaster areas. By quickly identifying affected zones and locating people in need, it enables faster rescue response while reducing manpower requirements and operational time.

Recommended Configuration: Storm Eye EO/IR gimbal camera + N150 long-range video & data link.

Maritime Operations

Challenge: Shipboard takeoff and landing are difficult due to the lack of fixed reference points and compass interference.

FW250 Electric VTOL Solution: The "Follow Me" mode enables the UAV to take off from and land on moving vessels. While the differential GPS frees the VTOL from compass calibration and is resistant to vessel electromagnetic interference. And the ptional 4G or Starlink communication enable beyond-visual-line-of-sight operations.

Recommended Configuration: 4G data link + waterproof protection kit.

Optional Configurations & Additional Capabilities

The FW250 Electric VTOL is not only a high-performance industrial UAV, but also a flexible mission platform. With a range of optional features designed for diverse operational requirements, it enables seamless integration tailored to your specific mission needs.

Satellite Communication System

FW250 Electric VTOL supports two satellite communication solutions:

Starlink:

Enables global, uninterrupted connectivity via Low Earth Orbit (LEO) satellites, supporting real-time HD video transmission, precise telemetry, and remote command and control.

Entry-Level Satellite Communication:

Provides basic telemetry data and UAV control link transmission, meeting fundamental requirements for beyond visual line-of-sight (BVLOS) operations.

User Value

Breaks through the limitations of terrestrial network coverage, maintaining real-time UAV connectivity in FW250 Electric VTOL-signal environments such as oceans, deserts, and remote mountainous areas, ensuring mission controllability and reliable data return.

Application Scenarios

● Offshore oil and gas platform inspection

● Long-range patrol in deserts and uninhabited regions

● Emergency response in disaster zones with communication loss

● Cross-border long-endurance missions

4G/LTE Beyond-Visual-Line-of-Sight (BVLOS) Video Transmission

Technical Description

The built-in 4G LTE module transmits real-time video and telemetry data from the UAV to the command center via cellular networks. With 4G coverage available, it enables unlimited-range video monitoring and data exchange.

User Value

No expensive ground stations or relay equipment needed. By leveraging existing cellular infrastructure, it enables long-distance operations in urban and covered areas while significantly reducing system complexity and overall cost.

Application Scenarios

Urban security surveillance like cross-district patrols. Oil and gas pipeline inspection along 4G-covered routes. Agricultural operations like real-time monitoring of large-scale crops.

ADS-B Airspace Awareness Module

Function: Air Collision Alert

Technical Description: The FW250 Electric VTOL can be optionally equipped with an ADS-B (Automatic Dependent Surveillance–Broadcast) module, receiving flight data of the nearby passenger aircraft or other airplanes—including their position, altitude, and speed. It can also broadcast the UAV's own position to surrounding air traffic.

User Value

Enhances airspace situational awareness and reduces the risk of collision with manned aircraft. It is particularly suitable for operations in areas near airports or in areas with high aviation traffic, meeting airspace compliance requirements in certain countries.

Application Scenarios

● Near-airport operations beyond restricted airspace

● Urban low-altitude logistics routes

● Large-scale surveying projects with multiple aircrafts

Remote Command Center Control

Technical Description: The UAV video stream and control permissions are transmitted via the internet to a remote command center. This enables operators in the center to access live gimbal footage and real-time target coordinates, and remotely control gimbal movement, zoom, and mode switching.

User Value

Enables a "frontline deployment, remote command" operational model. Decision-makers can obtain first-hand intelligence without being physically present on site, improving emergency response efficiency and command coordination capabilities.

Application Scenarios

● Remote surveillance for border security / counter-terrorism

● Disaster emergency command for real-time situation assessment

● Large-scale event security requiring multi-level coordination

Fly-by-Camera Feature

Technical Description: When the UAV gimbal locks onto a ground target (such as a vehicle, person, or vessel), the Fly-by-Camera feature automatically tracks the target's movement, keeping it centered in the frame. It continuously transmits real-time updated GPS coordinates of the target to the ground station, supporting one-click copy and sharing.

User Value

Fully frees the operator from manual gimbal control, enabling continuous tracking of moving targets. Also, the real-time coordinate sharing function allows command centers to precisely deploy the ground response forces, forming a closed-loop workflow of "aerial detection with ground response."

Application Scenarios

● Border tracking of smuggling vehicles

● Monitoring of suspicious vessels at sea

● Continuous localization of persons in water during search and rescue operations

Follow Me Mode

Technical Description: After takeoff, the UAV can automatically follow a moving ground or sea platform (such as a vehicle or vessel) and maintain synchronized movement. As the platform moves, the UAV continuously adjusts its hover position in real time, then automatically lands in a designated area on the moving platform after the mission is completed.

User Value

Enables smooth return-to-home landing even on moving platforms—perfectly solving the key challenge in shipborne and vehicle-based UAV operations. This makes UAVs an extension of the mobile platform and expands their reliable applicatons to dynamic scenarios such as maritime missions and vehicle-based patrols.

Application Scenarios

● Maritime police shipborne UAV patrols

● Vehicle-based UAV reconnaissance

● Mobile UAV command center

Saver-40 UAV Parachute System

Technical Description: The FW250 Electric VTOL can be equipped with the Saver-40 parachute system. When abnormal conditions are detected—such as irregular flight attitude or excessive descent rate—the system automatically deploys the parachute to reduce fall speed, enhancing safety for both ground personnel and high-value equipment.

User Value

The system provides a final safety safeguard for high-risk operations. It effectively reduces the risk of equipment loss while helping meet mandatory UAV safety requirements in certain countries.

Application Scenarios

● Operations over densely populated areas

● High-value payload mission (e.g., LiDAR)

● Flights in complex terrain (like mountains or urban environments)

Parameter	Value	Cruise speed	78-90km/h
MTOW	12kg	Max speed	100km/h
Weight (w/o battery and payload)	5.5kg	Stall speed	57.6km/h
Wingspan	2500mm	Anti-wind capability	43.2km/h
Length	1400mm	Operating altitude(max.)	3500m
Height	500mm	Battery specification	12S 33000mAh x 1
Frame weight	2.68kg	Battery weight	4.5kg
Max payload (battery included)	6.5kg	Lift motor	4*brushless motors
Suggested max payload weight	2kg	Pusher motor	1*brushless motors
Endurance （12kg take-of weight)	2 hours	GCS software	LAUNCH GCS

YANGDA FW250 Fixed-wing VTOL Plane

Q1: Can I operate FW250 Electric VTOLwithout prior flight experience?

Yes. FW250 Electric VTOLis equipped with the LAUNCH ground control software, which is optimized for beginners and features automated mission planning, one-click takeoff, and intelligent return-to-home functions. In addition, YANGDA provides online training videos and remote guidance from engineers to help users get started quickly.

Q2: What is the difference between FW250 Electric VTOL's SRTH smart battery function and traditional return-to-home landing?

Traditional return-to-home landing relies mainly on voltage monitoring, which may lead to inaccurate judgments due to battery aging or low temperatures. SRTH (Smart Return-to-Home) instead uses an AI algorithm to accurately predict remaining battery capacity and safe flight time based on real-time power consumption, mission distance, and battery health status. This provides a more reliable safeguard against forced landings caused by battery depletion.

Q3: How long does drone customization take?

Delivery time for the standard configuration is 15–25 working days. For customized requirements such as exterior color, functional modifications, or integration of special payloads, an additional 2–6 weeks of development time is required. Please consult our sales engineers for more details.

Q4: What discounts are available for bulk purchases of FW250 Electric VTOL?

For orders of 5 units or more, tiered discounts are available, along with benefits such as priority production scheduling and additional spare parts packages. Please submit the quotation form on our official website to obtain detailed pricing.

Unlock Smarter UAV/UGV/USV Solutions Here!

Share your flight requirements, and we will provide customized solutions and a clear implementation roadmap.

Send E-Mail If You Need Any Help

info@YANGDAonline.com