DIY F450 Quadcopter Frame Kit
Assembling this Lightweight f450 drone frame kit is easy with pre-threaded brass sleeves for all of the frame bolts, so no lock-nuts are required. It utilizes one size of bolt for the entire build, making the hardware very easy to keep in order and only requiring one size of hex wrench to assemble.
The Durable F450 frame for multirotor drones consist of the following parts:
F450 Quadcopter Frame
The F450 Quadcopter Frame is a 450mm quad frame built from quality materials. The main frame is glass fiber while the arms are constructed from ultra-durable polyamide nylon. F450 drone frame also comes with stronger molded arms, so no more arm breakage at the motor mounts on a hard landing.
A2212 1000Kv motor
The A2212 1000Kv motor is a BLDC brushless outrunner motor specifically made for quadcopters and multirotors. It provides high performance and brilliant efficiency.
1045 propellor
A set of 2 x 1045 Propellers. The set includes one clockwise rotating and one counter-clockwise rotating propeller with 2 x propeller shaft adapters. The adapters allow the propeller to be used with motors of different shaft diameters.
Simonk 30Amp ESC brushless motor
The Simonk 30A ESC is an Electronic Speed Controller (ESC) which is used to drive brushless DC motors and is capable of supplying current up to 30A. The 30A Simonk controller is made for quadcopters and multicopters to provide faster and better motor speed control.
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How do you install the ESCs and the brushless motors into the F450 frame?
Installing the ESCs and the brushless motors on the quadcopter frame kit is a simple operation.
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- Firstly, mount the motors on the arms of the f450 quadcopter drone frame kit by screwing the motors onto the motor mounting plates.
- Mount the motors such that the wires are in the direction of the centre of the frame.
- Plug the ESCs to the brushless motors and then zip tie the ESCs and the wires to the arms of the quadcopter frame firmly.
- The 4 ESC's need to be soldered to the bottom PCB (bigger in size). The red wires of the ESCs must be soldered to the positive terminal while the black wires must be soldered to the negative terminal.
- To solder the wire first you need to tin the point on the board by applying some solder.
- Ensure the solder joint is clean and strong.
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read our blog explaining the what do you need to build a drone.
F450 Quadcopter Frame Kit – Applications
- FPV Drones
- Aerial Photography & Videography
- Mapping, Inspection & Survey
- STEM Education & Robotics Projects
- Hobby Flight & Recreational Use
F450 Quadcopter Frame Kit – Setup Instructions
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Assemble the Frame: Attach the arms to the main frame plate using screws and nuts provided. Ensure all arms are securely tightened and aligned.
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Mount the Motors: Fix the A2212 KV1000 brushless motors onto the motor mounts at the end of each arm using the supplied screws.
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Connect the ESCs: Solder the three motor wires from each motor to the corresponding ESC (Electronic Speed Controller) wires. Use heat-shrink tubing to insulate solder joints.
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Secure the ESCs: Attach each ESC to the quadcopter arms using zip ties or double-sided tape. Keep wires neat and avoid obstruction with propellers.
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Connect ESC Signal Wires: Plug the ESC signal wires into the flight controller’s motor outputs, matching motor order for correct rotation.
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Install Propellers: Attach the 1045 propellers to motors. Ensure correct rotation: clockwise (CW) and counterclockwise (CCW) props on appropriate motors.
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Final Check: Verify all screws are tightened, motors spin freely, and wiring is tidy. Connect battery carefully and test motor directions before full flight.
F450 vs F550 Frame Kits — Comparison
| Feature |
F450 Frame Kit |
F550 Frame Kit |
| Configuration |
Quadcopter (4 motors) |
Hexacopter (6 motors) or larger frame variant |
| Typical Wheelbase / Size |
Smaller footprint — more compact and agile |
Larger footprint — more stable, more lift capacity |
| Payload / Lift Capacity |
Moderate — suitable for lightweight cameras, sensors, hobby builds |
Higher — suitable for heavier cameras, gimbals, extra equipment, more stable in wind |
| Build Cost & Complexity |
Lower cost, simpler build (less motors/ESCs) and cheaper components |
Higher cost, more complex build (additional motors/ESCs) and higher component count |
| Flight Characteristics |
More agile, quicker response, lighter weight, good for FPV & sport flying |
More stable, better for smooth aerial photography/videography, carrying extra gear |
| Best Use Case |
Hobby FPV, light payload aerial shots, entry‑level multicopter builds |
Professional or semi‑professional aerial photography, heavier payloads, safer redundancy (with extra motors) |
| Trade‑offs |
Less redundancy (if a motor fails you lose craft), may struggle with heavy payloads or windy conditions |
More weight, higher power consumption, larger landing space required, higher overall system cost |
Safety Tips for handling Motors & LiPo Batteries
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Motor Safety: Never touch spinning motors or propellers; they can cause serious injury.
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Secure Mounting: Ensure motors are firmly mounted and screws tightened to prevent detachment during flight.
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Pre-Flight Check: Verify motor rotation direction and propeller orientation before powering up.
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Battery Safety: Always use LiPo batteries with correct voltage and current rating for your setup.
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Charging: Charge LiPo batteries in a fireproof container, on a non-flammable surface, and never leave unattended.
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Handling & Storage: Avoid puncturing, short-circuiting, or exposing batteries to heat. Store at room temperature and partially charged (around 50-60%) if not in use.
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Disposal: Do not throw damaged or fully discharged LiPo batteries in regular trash; follow local disposal regulations.
