MOQ-friendly wholesale | CE/RoHS-ready | Wooden airframe | Graphical + card programming | OEM/ODM supported
Stocking educational drones is risky when most options are too heavy for classrooms, too complex for teachers, or too fragile for repeated student use. The MT128 DIY Wooden Drone Kit solves those problems with a 74 g wooden-frame quadcopter, optical flow + TOF positioning, and two coding paths - graphical block programming and an optional card-programming module. It is built specifically for STEM classrooms, maker spaces, coding camps, and education distributors who need a safe, affordable, curriculum-ready drone that students can assemble, code, and fly indoors.
What Makes the MT128 a Strong B2B SKU?
Classroom-Safe by Design
At only 74 g with a 175 mm wheelbase, the MT128 is light enough to fly safely indoors. The wooden frame is surrounded by propeller guards, and one-key takeoff/landing removes the steep learning curve that frustrates teachers. Three speed modes let instructors lock in a slow, stable setting for beginners.
Two Coding Pathways in One Kit
The MT128 supports both graphical block programming on mobile/PC and an optional card-programming module for screen-free mission planning. This dual approach lets distributors sell one SKU across age groups - from primary school coding introductions to middle-school robotics projects.
Hands-On Assembly, Not Just Plug-and-Play
Students build the drone from a precision-cut wooden flat-pack kit, installing the flight controller, motors, battery bay, and guards. The build process teaches mechanical assembly, component identification, and the relationship between airframe design and flight performance.
Stable Flight Without Constant Manual Correction
Optical flow positioning + TOF altitude hold keeps the drone hovering steadily over classroom floors. Teachers can focus on instruction instead of fighting a drifting aircraft.
Built for Bulk Education Procurement
Neutral packaging, bulk carton options, and customizable manuals make the MT128 easy to rebrand for schools, science museums, coding academies, and ed-tech resellers. Spare batteries, propellers, and motors are available to keep classroom fleets operational.
MT128 Technical Specifications
| Item | Specification |
|---|---|
| Model | MT-128 |
| Frame Material | DIY wooden airframe + plastic propeller guards |
| Product Size | 175 × 175 × 50 mm |
| Wheelbase | 127 mm |
| Takeoff Weight | 74 g (with battery) |
| Battery | 3.7 V / 750 mAh Li-Po |
| Motor | 8 × 20 mm hollow-cup brushed motors |
| Flight Time | 6–8 minutes per charge |
| Charging Time | ≈ 100 minutes |
| Remote Control | 2.4 GHz transmitter, up to 50 m range |
| App Control | Bluetooth, 10–15 m range |
| Positioning System | Optical flow + TOF altitude sensor |
| Programming | Graphical block programming (mobile / PC) |
| Optional Upgrade | Card programming module for task-card flight missions |
| Flight Functions | One-key takeoff / landing, altitude hold, three speed modes, anti-collision guard design |
How the MT128 Fits Different Learning Environments
| Setting | Use Case | Why It Works |
|---|---|---|
| K–5 Primary STEM | Introduce sequencing and logic | Card programming needs no screen; students plan paths with physical cards. |
| Middle School Robotics | Block-code flight maneuvers | Graphical programming connects code to real-world movement. |
| Maker Spaces / Camps | Build-and-fly workshops | Wooden kit assembly adds a tangible engineering phase. |
| Science Museums | Interactive exhibits | Lightweight, guarded design is safe for public indoor spaces. |
| Ed-Tech Resellers | Bundled curriculum kits | Neutral branding and accessory support make repackaging easy. |
Programming Modes Explained
Graphical Block Programming (Standard)
Learners drag and drop commands such as takeoff, hover, move forward, turn, and land. The app translates the block sequence into flight commands over Bluetooth. This approach is ideal for teaching loops, conditionals, and debugging without requiring typed syntax.
Card Programming (Optional Add-On Module)
The card-programming accessory lets students arrange physical command cards on the floor. The drone reads the cards in order and executes the mission path. This screen-free method is effective for early-primary learners, special-education settings, and classrooms with limited tablet access.
What Is Included in the Standard Kit
1 × MT128 wooden drone frame kit
1 × Flight controller with optical flow + TOF sensors
4 × 8 × 20 mm hollow-cup motors
4 × Propellers + protective guards
1 × 3.7 V 750 mAh Li-Po battery
1 × USB charging cable
1 × 2.4 GHz remote controller
1 × Illustrated assembly manual + quick-start guide
Optional add-on: Card programming module with command cards. Spare batteries, propellers, and motors recommended for classroom fleets.
B2B Services & Ordering
Wholesale Pricing: Volume tiers available for education distributors, schools, and camp operators.
OEM / ODM Options: Custom frame colors, logo printing, manual design, packaging, and app skinning.
Curriculum Support: Lesson plan templates and teacher guides available for education buyers upon request.
Spare Parts Program: Propellers, motors, batteries, and guards available separately to extend product lifetime.
Samples: Sample units accepted for evaluation before bulk order.
Shipping: FOB Shenzhen / EXW available; air, sea, and express logistics supported.
Payment Terms: T/T, Alibaba Trade Assurance, etc.
Frequently Asked Questions
Is the MT128 safe for young students?
Yes. The drone weighs only 74 g and includes propeller guards. We recommend supervised indoor use for ages 8 and up. The slow-speed mode further reduces risk in classroom settings.
Can students program the drone without a computer?
The base kit supports graphical programming through a mobile app or PC. With the optional card-programming module, students can create flight missions using physical cards with no screen required.
How long does the battery last?
A fully charged 3.7 V 750 mAh battery delivers approximately 6–8 minutes of flight. Recharge time is about 100 minutes. For classroom use, we recommend purchasing spare batteries so students can rotate quickly.
What makes the wooden frame better than plastic?
The wooden frame is lightweight, easy to assemble, and gives students a visible connection to the engineering process. It is also easier to repair or replace than molded plastic shells if damaged.
Do you support custom branding for resellers?
Yes. We offer OEM services including logo printing, custom packaging, and branded manuals. Contact our team with your requirements and estimated volume.
Request a Quote
Looking for a reliable STEM education drone supplier? Send us your target quantity, destination market, and any customization needs. We will reply with a competitive wholesale quote, lead time, and sample options within 24 hours.
Email: [Insert sales email]
WhatsApp / WeChat: [8618138862259]
Company: Apex Drone(Shenzhen) Co.,Ltd
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