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Overview
What is the Robolink CoDrone Pro Classroom Pack?
The Robolink CoDrone EDU Classroom Pack is a turnkey fleet of programmable educational drones built for K-12 and intro higher-ed STEM, coding, and robotics classes. Each CoDrone EDU is a compact 54.8 g quadcopter with 7 onboard sensors (gyroscope, accelerometer, barometer, optical flow, front and bottom range finders, and a dual underside color sensor), programmable LEDs, and a built-in buzzer. Students code it in block-based Blockly to start, then graduate to real Python — writing autonomous flight paths, color-following routines, and obstacle-aware behaviors instead of just piloting by hand.
Every drone ships with its own Smart Controller, which is far more than a joystick: it has a programmable LCD screen that reads live sensor data and can run custom student-written applications. Communication is over 2.4 GHz radio, and up to 10 drones can fly in the same room without signal interference — a real constraint that matters when you put a class of 25 students in the air at once. The durable propeller guards and crash-tolerant frame are designed specifically for the abuse of a classroom, and replacement props, motors, and frame sets are part of the pack so a single hard landing doesn't ground a workstation.
RobotLAB sells the CoDrone EDU Classroom Pack as a reseller and deployment partner, not the manufacturer. Beyond the hardware, that means we handle quoting across the 12- and 18-drone configurations, financing through Robot-as-a-Service (RaaS) subscriptions, curriculum alignment, optional professional development for teachers, and ongoing service and replacement-part support nationwide. Call 1-87-RobotLAB to scope the right pack size and ratio for your classroom.
Specifications
Key specs
| Product | Robolink CoDrone EDU Classroom Pack |
| Brand | Robolink |
| Purchase Price | $3,200 (or financing via RobotLAB Robot-as-a-Service) |
| Pack configurations | 12-drone or 18-drone classroom pack |
| Drone dimensions | 138.8 x 138.5 x 34.8 mm |
| Drone weight | 54.8 g (1.93 oz) |
| Flight time | 7-8 minutes per charge |
| Charge time | ~60 minutes |
| Battery | Rechargeable LiPo (drone); controller uses 2x AA, not included |
| Communication | 2.4 GHz radio; up to 10 drones simultaneously |
| Sensors (7) | Gyroscope, accelerometer, barometer, optical flow, front range, bottom range, dual color sensor |
| Programming languages | Blockly (block-based) and Python |
| Controller | Smart Controller with programmable LCD screen and live sensor data |
| Lights & sound | Programmable LEDs and built-in buzzer |
| Computer compatibility | Chromebook, macOS, Windows (USB) |
| Recommended ratio | 2:1 students per drone (1:1 for groups under 10) |
| Recommended class size | ~15-30 students (18-pack); ~5-15 students (12-pack) |
| Replacement parts included | Spare propellers, motors, and frame sets (varies by pack) |
| Target age | 12 and older |
How it works
Robolink CoDrone Pro Classroom Pack in detail
K-12 STEM and coding classrooms
The core market. CoDrone EDU bridges block-based coding and text-based Python in a single device, so a middle-school class can start with Blockly and a high-school class can write real Python flight scripts. The recommended 2:1 student-to-drone ratio (1:1 for groups under 10) makes the 12- and 18-drone packs sized for typical class loads of roughly 15-30 students. Propeller guards, a crash-tolerant frame, and bundled replacement parts keep workstations flying through a full semester of student use.
Drone and robotics competition programs
Schools running drone competition teams or after-school clubs use the fleet to practice autonomous flight, sensor-driven navigation, and precise maneuvers. The front and bottom range sensors plus the dual color sensor support obstacle-aware and color-following challenges, and the fully programmable Smart Controller lets students build custom control schemes and on-screen telemetry displays for competition tasks.
Career and technical education / JROTC
CTE drone pathways and JROTC programs (Robolink offers a dedicated JROTC edition) use the pack to introduce UAS fundamentals, programming, and flight safety in a controlled indoor environment. The 2.4 GHz radio supports up to 10 drones flying simultaneously without interference, so a full cohort can run lab exercises together rather than waiting in line for a single aircraft.
Intro higher-ed and maker programs
Community colleges, university intro-engineering labs, and library makerspaces use the pack for hands-on units in robotics, embedded sensors, and Python automation. Compatibility with Chromebooks, macOS, and Windows over USB means it drops into existing computer labs without specialized workstations, and the modular, easy-to-replace components keep maintenance manageable for shared equipment.
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How the Robolink CoDrone Pro Classroom Pack compares
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Robolink CoDrone Pro Classroom Pack in the field
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Questions & answers
About the Robolink CoDrone Pro Classroom Pack.
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Is this the CoDrone Pro or the CoDrone EDU? The URL says "pro."
It is the current CoDrone EDU Classroom Pack. The legacy "CoDrone Pro" has been superseded by the CoDrone EDU, which is Robolink's active education drone line. The product page may carry an older URL, but the hardware shipped is the CoDrone EDU. Call 1-87-RobotLAB if you need this confirmed for a purchase order.
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How many drones come in the pack, and how many students does it serve?
The pack ships in 12-drone and 18-drone configurations. Robolink recommends a 2:1 student-to-drone ratio (1:1 for groups under 10), so the 12-pack suits roughly 5-15 students and the 18-pack roughly 15-30 students, leaving a spare drone or two for the teacher. RobotLAB can help you pick the right size — call 1-87-RobotLAB.
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What programming languages do students use?
Both Blockly block-based coding and real Python. Classes typically start in Blockly and progress to Python, letting the same fleet serve beginners and advanced students. The Smart Controller is itself programmable, so students can also build custom controls and on-screen sensor displays.
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Can a whole class fly at once without the drones interfering?
Yes. The drones communicate over 2.4 GHz radio and up to 10 can fly simultaneously in the same room without signal interference. For larger classes, RobotLAB can advise on managing multiple flight groups — call 1-87-RobotLAB to plan your room layout.
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What happens when a drone crashes or breaks a part?
The CoDrone EDU has propeller guards and a crash-tolerant frame built for classroom use, and the classroom packs include replacement propellers, motors, and frame sets. Components are modular and easy to swap. RobotLAB also provides ongoing service and replacement-part support so a hard landing doesn't take a workstation out of commission — call 1-87-RobotLAB for parts or service.
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Does the pack include teacher training and curriculum?
Robolink offers classroom packs with and without professional development (PD), and PD-included versions add a virtual training course covering setup, safety, programming basics, and classroom management. RobotLAB can quote the configuration with the right level of training and curriculum support for your team. Call 1-87-RobotLAB to scope it.
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Can I lease or subscribe instead of buying outright?
Yes. RobotLAB offers Robot-as-a-Service (RaaS) financing on the CoDrone EDU Classroom Pack in addition to outright purchase at $3,200, which can fit school budget cycles better than a single capital purchase. Call 1-87-RobotLAB to compare purchase versus subscription for your budget.
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