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Drones Uav Kits that make your projects actually work

Ever spent hours fixing something only to realise the part wasn’t right? When working with drones uav kits, small choices matter more than you think. Here you can explore parts that fit well with Arduino, Raspberry Pi, and DIY setups. In this drones uav kits section, you’ll see options grouped so you don’t have to search everywhere. This makes your project journey a lot smoother. Check out the options and move ahead with clarity.

Buy Drone Kits & Drone Parts Online in India

Build, repair, and upgrade your UAV with genuine drone kits, drone parts, and from Robocraze. From first-time drone making kit builds to FPV drones and engineering projects, you'll find compatible motors, ESCs, flight controllers, frames, propellers, batteries, FPV systems, and accessories in one place.

Our collection is suitable for hobbyists, engineering students, FPV pilots, educational institutions, research labs, startups, and UAV developers. Beginners can start with complete DIY drone kits for easier assembly, while experienced builders can select individual components to customize or upgrade existing drones for FPV flying, aerial photography, autonomous navigation, and research applications.

If you're looking to buy drone kits India, Robocraze offers products from trusted brands, backed by technical guidance, competitive pricing, GST invoices, nationwide delivery, and bulk procurement support. From STEM learning to professional UAV development, you'll find reliable drone hardware to help bring your projects to life.

Explore Drone Categories

Choose the right category based on the type of drone you're building and the components you need.

FPV Drone Kits

An FPV drone kit is ideal for beginners learning FPV as well as experienced pilots building racing or freestyle drones. These kits include compatible components, making it easier to start flying without selecting every part individually.

UAV Development Kits

Designed for engineering students, research labs, and robotics enthusiasts, UAV development kits provide a reliable platform for autonomous navigation, aerial mapping, computer vision, and academic drone projects.

Drone Motors & ESCs

Choose this category if you're building a new drone or replacing worn-out propulsion components. Our motors and ESCs are suitable for FPV drones, camera drones, and UAV platforms. Looking for a drone motor kit? Explore compatible motor and ESC combinations for a smoother build.

Flight Controllers

Flight controllers are the core of every drone build. Browse this category to upgrade your drone's stability, add autonomous flight capabilities, or build a custom UAV with compatible sensors and GPS modules.

Drone Frames

The frame determines your drone's size, durability, and payload capacity. Browse lightweight FPV frames, freestyle frames, and larger UAV platforms. If you're starting from scratch, a drone frame kit provides a solid foundation for your build.

Propellers & Accessories

Complete your build with compatible propellers, mounting hardware, connectors, and other accessories that improve flight efficiency, stability, and overall performance.

Drone Kit Price Guide: Which Option Fits Your Budget?

Drone Specifications

Choosing the right drone starts with understanding its specifications. Different combinations of frame size, motors, battery, control system, and payload capacity are suited to different applications. Use the table below to compare the most important drone components and specifications before making your purchase.

Specification	What to Consider	Best For
Frame Size	Smaller frames offer greater agility, while larger frames provide better stability and payload capacity.	Racing, freestyle, aerial mapping, heavy-lift UAVs
Motor & KV Rating	High-KV motors deliver higher speeds, whereas low-KV motors generate greater torque and efficiency.	FPV racing, photography, industrial UAVs
Battery Capacity	Higher-capacity batteries increase flight time but also add weight.	Surveying, inspection, long-endurance flights
Flight Controller & GPS	GPS-enabled controllers support waypoint navigation, position hold, and Return-to-Home (RTH).	Autonomous UAVs, mapping, research
Camera Support	Consider camera compatibility, gimbal support, transmission range, and image quality.	Aerial photography and videography
Payload Capacity	Determines how much additional equipment the drone can safely carry.	Research, sensing, industrial applications

DIY Drone Components

Building a custom drone gives you the flexibility to choose components based on your application instead of buying a fixed configuration. The guide below explains when to buy different drone parts and how each contributes to your build.

Component	When Should You Buy It?
Drone Motors	When building a new drone or upgrading for better thrust, speed, or payload capacity.
ESCs	When selecting motors or replacing damaged speed controllers. Always choose ESCs compatible with your motors.
Flight Controllers	When you need improved flight stability, GPS navigation, or autonomous flight features.
Drone Frames	When starting a new build or changing your drone's size, durability, or payload capacity.
Propellers	Buy replacements after wear or damage, or choose different sizes to optimize speed, efficiency, and flight characteristics.
Batteries & Chargers	When you need longer flight times or additional batteries for uninterrupted flying sessions.
FPV Cameras & Accessories	When building or upgrading an FPV drone for racing, freestyle, or real-time video transmission.

Keeping a few essential drone spare parts, such as propellers, motors, and ESCs, helps minimize downtime and makes field repairs much easier during testing or regular flying.

Drone Cameras

The right camera depends on how you plan to use your drone. Before choosing a drone camera kit or individual drone camera parts, consider the level of image quality, stabilization, and transmission range your application requires.

Use Case	Recommended Camera Setup
FPV Racing & Freestyle	Lightweight FPV camera with low-latency video transmission for fast, real-time flying.
Aerial Photography	High-resolution camera with gimbal support for smooth photos and videos.
Surveying & Mapping	Cameras with high image clarity and GPS-compatible UAV platforms for accurate data collection.
Research & Computer Vision	Modular camera systems that integrate with onboard processors and custom payloads.
DIY Learning Projects	Entry-level camera modules that are easy to install with beginner drone builds.

When upgrading your drone, make sure the camera is works with your frame, flight controller, power requirements, and video transmission system. If you only need a replacement, browse our range of drone camera parts instead of purchasing a complete drone camera kit.

Drone Education & Learning

Building a drone is a practical way to learn aerodynamics, electronics, programming, and UAV technology. A drone project kit is a great starting point for engineering students, makers, STEM educators, and anyone interested in understanding how drones are designed, assembled, and controlled.

If you're looking to learn more before selecting components, our detailed guides can help you make informed decisions. You can explore topics such as How to Build a Drone from Scratch, Drone Components Explained, and FPV Drone Buying Guide to better understand component selection, and the drone-building process before starting your project.

Drone Types

Different drones are built for different applications. Choosing the right platform depends on your experience level and the type of project you plan to build. The recommendations below can help you identify the most suitable option before purchasing.

Drone Type	Best For	Recommended Products
Mini Drone Kit	Beginners, STEM learning, indoor flying, and DIY projects	DM002 Mini FPV Drone Kit
Quadcopter Drone Kit	Engineering projects, autonomous UAV development, aerial mapping, and research	Holybro S500 V2 DIY Drone Kit
FPV Racing Drone	FPV racing, freestyle flying, and high-speed manual flight	DM002HW DIY Drone Kit with WiFi and Camera

A quadcopter drone kit is a versatile choice for most DIY builds because it provides a stable platform that can be upgraded with GPS modules, cameras, and additional sensors as your project grows. For users interested in competitive flying, building an FPV racing drone with compatible motors, ESCs, and lightweight frames offers greater flexibility than purchasing a fixed configuration.

DIY Drone Assembly Guide

Assembling a drone is easier when you install the components in the correct order. If you're using a drone build kit or drone assembly kit, following this checklist helps ensure that all major components are installed correctly before the first flight.

Assembly Checklist

Build the Frame

Assemble the frame and securely fasten the arms using the supplied hardware. A rigid and well-aligned frame provides better flight stability.

Install Motors & ESCs

Mount the motors on each arm, connect the ESCs, and verify that motor directions match the intended propeller rotation.

Mount the Flight Controller

Position the flight controller at the center of the frame and connect the ESCs, receiver, and power distribution system according to the wiring diagram.

Connect the Battery & Electronics

Install the LiPo battery, check all power connections, and confirm the correct polarity before powering on the drone.

Install Propellers Last

Fit the propellers only after completing the wiring and configuration, ensuring the clockwise (CW) and counter-clockwise (CCW) propellers are installed in the correct positions.

Calibrate & Perform Pre-flight Checks

Configure the flight controller using proper software, calibrate the sensors, verify motor rotation, and perform a final inspection before the first test flight.

Safety Reminder: Remove the propellers while configuring or calibrating the drone to reduce the risk of accidental motor startup. If you'd like a more detailed walkthrough, you can explore our How to Build a Drone from Scratch guide, which covers the assembly process step by step.

Drone Model Compatibility Chart

Choosing compatible components is one of the most important parts of building a reliable drone. The table below provides a general drone components list to help you match the frame, motors, ESCs, batteries, and propellers for different types of drone builds.

Drone Type	Frame Size	Recommended Motor	Recommended ESC	Battery	Propeller	Best For
Mini Drone	90–150 mm	1102–1404 Brushless Motor	12A–20A ESC	2S LiPo	2"–3"	Indoor flying, STEM learning, beginner projects
FPV Racing Drone	210–250 mm	2205–2306 Brushless Motor	30A–45A ESC	4S LiPo	5"	FPV racing and freestyle flying
Photography Drone	330–450 mm	2806–3510 Brushless Motor	40A–60A ESC	4S–6S LiPo	9"–10"	Aerial photography and videography
Heavy-Lift UAV	450–550 mm	3510–4108 Brushless Motor	50A–80A ESC	6S LiPo	11"–13"	Payload carrying, mapping, industrial applications
Agricultural Drone	550 mm+	4108–5010 Brushless Motor	80A–100A ESC	8S–12S LiPo	14"+	Crop spraying, surveying, commercial UAVs

Component compatibility can vary depending on the payload, flight controller, and intended application, so it's important to verify the specifications before purchasing.

Drone Kit Price Guide

The cost of building a drone depends on the components you choose and the intended application. While a drone kit under 1000 is suitable for basic learning and STEM activities, advanced builds require higher-performance motors, flight controllers, batteries, and FPV equipment.

Budget Range	What You Can Expect	Best For
Under ₹1,000	Basic components and accessories	STEM learning, beginners, replacements
₹1,000 – ₹5,000	Entry-level DIY drone kits	Students, hobbyists, first-time builders
₹5,000 – ₹15,000	Complete quadcopter kits with upgrade options	Engineering projects, makers, colleges
Above ₹15,000	Professional UAV components and systems	Research, industrial, commercial UAVs

If you're planning your first build, starting with a complete drone kit is often more economical than purchasing every component individually. As your projects become more advanced, you can upgrade specific parts such as motors, batteries, or flight controllers. If you're looking for a cheap drone kit, entry-level DIY kits are an excellent way to begin building and learning without a significant upfront investment.

Why Buy Drone Parts from Robocraze?

Choosing the right supplier is just as important as selecting the right components. Reliable drone parts India builders use should be genuine and backed by dependable support. Robocraze offers a comprehensive range of drone parts India for hobbyists, engineering students, FPV pilots, educational institutions, research labs, and businesses, making it easier to source everything needed for DIY drones and UAV projects from one place.

What You Need	What Robocraze Offers
Genuine Components	Products sourced from trusted brands with detailed specifications and quality checks before dispatch.
Technical Guidance	Assistance in selecting compatible motors, ESCs, flight controllers, frames, batteries, and other components.
GST & Institutional Procurement	GST invoices and procurement support for engineering colleges, research labs, schools, startups, and businesses.
Nationwide Delivery	Fast shipping across India for both individual orders and bulk purchases.
Long-Term Support	Manufacturer warranty on eligible products along with replacement parts and technical assistance where applicable.

From replacing individual components to purchasing a beginner drone kit, Robocraze makes it easy to buy drone parts online with confidence. Explore reliable hardware, expert technical support, and procurement solutions for STEM education, FPV drones, engineering projects, and autonomous UAV applications.

How to Choose the Right Drone Kit

Choosing the right drone kit starts with understanding what you want to build. Some kits are designed for learning the basics, while others provide a platform for FPV flying, aerial photography, or UAV research. Before purchasing, consider your experience level, budget, upgrade requirements, and the availability of compatible components.

Consider This	Recommendation
Experience Level	Choose a beginner drone kit if you're assembling your first drone. Advanced users can opt for modular kits with upgrade options.
Purpose	Pick a kit based on your application, such as STEM learning, FPV, aerial photography, or autonomous UAV development.
Compatibility	Ensure the motors, ESCs, battery, and flight controller are designed to work together.
Upgrade Potential	Select a platform that allows you to add GPS modules, FPV cameras, larger batteries, or additional sensors as your projects evolve.
Budget	Complete kits are generally more cost-effective for beginners than purchasing every component individually.

A well-selected drone kit not only simplifies assembly but also reduces compatibility issues and provides a solid foundation for future upgrades. If you're just getting started, a beginner drone kit offers the easiest path to learning drone assembly and flight control.

Choose a Drone Kit by Skill Level

Selecting a drone kit that matches your experience helps you learn faster and avoid unnecessary compatibility problems. While a beginner drone kit focuses on ease of assembly, experienced builders often prefer modular platforms that can be upgraded with FPV systems, GPS modules, or higher-capacity batteries.

Skill Level	Recommended Product	Best For
Beginner	DM002 Mini DIY Drone Kit with Manual	Students, STEM learning, first-time builders
Intermediate	Holybro S500 V2 DIY Drone Kit (Motor, Propeller & ESC Included)	Engineering projects, quadcopter development, makers
Advanced	Holybro S500 V2 DIY Drone Kit with upgraded Pixhawk flight controller, GPS, and FPV accessories	Autonomous UAVs, aerial mapping, research, custom builds

As your skills improve, you can gradually upgrade components such as motors, ESCs, batteries, cameras, and flight controllers instead of replacing the entire drone. Starting with a beginner drone kit like the DM002 helps you understand the fundamentals of drone assembly, while builders looking for greater flexibility can use the Holybro S500 platform as the foundation for an FPV drone kit or other custom UAV projects.

Drone Kits by Application

The right drone project kit depends on what you plan to build. Some kits are designed for learning the basics, while others provide a flexible platform for engineering projects, autonomous UAVs, or custom drone development. Choosing the right drone making kit helps ensure that the included components match your application and leave room for future upgrades.

Application	Recommended Product	Why It's Suitable
STEM Learning & DIY	DM002 Mini DIY Drone Kit with Manual	Easy to assemble and ideal for learning drone fundamentals.
Engineering Projects	Pluto Guru RC Mini Drone	Upgradeable platform for GPS, Pixhawk, and autonomous flight.
Research & UAV Development	Holybro S500 V2 DIY Drone Kit	Suitable for mapping, payload integration, and advanced UAV projects.
Custom Drone Builds	Holybro S500 V2 Frame Kit	Flexible foundation for customized quadcopter builds.

Selecting the right drone project kit or drone making kit based on your application makes assembly easier and reduces compatibility issues as your projects become more advanced.

Drone Components Checklist

Before you start building, make sure your drone components list includes the essential hardware. Having all the parts required to make a drone ready before assembly helps ensure a smoother build and better component compatibility.

Component	Purpose
Drone Frame	Holds all the components together and determines the drone's size.
Brushless Motors & ESCs	Generate thrust and control motor speed during flight.
Flight Controller	Processes sensor data and stabilizes the drone.
Propellers	Produce lift and enable controlled movement.
LiPo Battery	Supplies power to the entire drone system.
Radio Transmitter & Receiver	Allows the pilot to control the drone remotely.

This drone components list covers the essential parts required to make a drone. Additional drone modules such as GPS, FPV cameras, or telemetry systems can be added later based on your project's requirements.

Best Drone Kit for Engineering Students

For engineering students, the ideal drone project kit should be easy to assemble, support future upgrades, and provide enough flexibility for academic projects. Instead of choosing a toy drone, look for a platform that allows you to integrate flight controllers, GPS drone modules, cameras, and additional sensors as your project requirements grow.

Product	Recommended For	Why Choose It
Pluto Guru RC Mini Drone	Final-year projects, UAV research, autonomous drone development	Modular design with support for Pixhawk, GPS, and custom payloads.
DM002 Mini DIY Drone Kit	Beginners and STEM learning	Affordable kit for understanding drone assembly and flight fundamentals.

If you're building a college project, the Holybro S500 V2 DIY Drone Kit is a versatile drone project kit that can be expanded for applications such as autonomous navigation, aerial mapping, and computer vision, making it suitable for both coursework and research-oriented UAV development.

Best FPV Drone Components

Building an FPV drone requires components that are lightweight, responsive, and designed to work together. Choosing relevant FPV parts improves flight performance and makes future upgrades much easier. If you're assembling your first FPV build, start with the essentials and add accessories as your flying style evolves.

Component	Recommendation
Frame	5-inch FPV drone frame for racing and freestyle builds
Brushless Motors	High-KV motors suitable for fast acceleration and agile flight
ESC	30A–45A ESC matched to your motor specifications
Flight Controller	FPV-compatible flight controller with Betaflight support
FPV Camera	Low-latency camera for real-time video transmission
LiPo Battery	4S LiPo battery for a balance of power and flight time

Selecting appropriate FPV drone components from the beginning reduces tuning issues and delivers a more reliable flying experience. As your skills improve, you can upgrade individual FPV parts such as cameras, motors, or batteries without rebuilding the entire drone.

Drone Buying Checklist

Planning before you buy drone components helps you avoid compatibility issues and unnecessary upgrades. Use this checklist to make sure you've selected the right parts for your build.

Define your application – Choose components based on whether you're building a beginner drone, FPV drone, photography drone, or research UAV.
Select a compatible frame – The frame determines the motor size, propeller size, and battery you'll need.
Match the electronics – Ensure the motors, ESCs, flight controller, and battery are work with one another.
Don't forget the essentials – Include a radio transmitter, receiver, charger, and propellers in your purchase.
Plan for upgrades – If you expect to add GPS, FPV equipment, or extra sensors later, choose components that support future expansion.

Taking a few minutes to review this checklist before you buy drone components can save time, reduce compatibility problems, and help you build a more reliable drone.

Common Mistakes While Building a Drone

Building your first drone build kit can be challenging, especially if you're selecting components individually. Many flight issues are caused by simple mistakes that can be avoided with a little planning.

Choosing incompatible components – Motors, ESCs, batteries, and propellers should be matched to the frame and flight controller.
Ignoring battery specifications – Using the wrong battery voltage or capacity can affect both performance and flight time.
Incorrect propeller installation – Mixing up clockwise (CW) and counter-clockwise (CCW) propellers prevents stable flight.
Skipping flight controller calibration – Always calibrate the sensors before the first flight.
Overlooking future upgrades – Select a drone build kit or platform that supports GPS modules, FPV systems, and additional sensors if you plan to expand your drone later.

Avoiding these common mistakes helps improve reliability, reduces troubleshooting time, and makes the drone-building experience much more enjoyable.

Drone Brands Available at Robocraze

Choosing components from trusted brands improves compatibility, reliability, and long-term performance. Robocraze offers drone parts India builders can use for everything from beginner DIY projects to advanced UAV development

Brand	Known For
Holybro	Professional UAV kits, Pixhawk-compatible platforms, and autonomous drone hardware
HGLRC	FPV drone frames, motors, ESCs, and racing components
SpeedyBee	Flight controllers, ESC stacks, and FPV electronics
Flywoo	Lightweight FPV components and drone accessories
MicoAir	GPS modules, telemetry systems, and UAV navigation accessories

By offering products from established brands, Robocraze makes it easier to source compatible drone parts India makers, engineering students, and research teams can rely on for custom drone builds, FPV projects, and autonomous UAV applications.

How do I choose DIY drone parts?

Start by deciding what you want to build, such as a beginner drone, FPV drone, or UAV for engineering projects. Choose a compatible frame first, then select motors, ESCs, propellers, a flight controller, and a LiPo battery that match the frame specifications. If you're new to drone building, a complete DIY drone kit is often easier than purchasing every component separately.

What is the cost of a DIY drone in India?

The cost of a DIY drone depends on the components and intended application.

Under ₹1,000: Accessories and replacement parts
₹1,000–₹5,000: Entry-level DIY drone kits
₹5,000–₹15,000: Complete quadcopter kits and upgradeable platforms
Above ₹15,000: Professional UAV components and advanced drone systems

Beginners usually save time and money by starting with a complete DIY drone kit before upgrading individual components.

What are the essential drone parts for beginners?

Before starting your first build, make sure you have these essential components:

Drone frame
Brushless motors
ESCs (Electronic Speed Controllers)
Flight controller
Propellers
LiPo battery
Radio transmitter and receiver

Once you're familiar with the basics, you can add GPS modules, FPV cameras, or telemetry systems based on your project requirements.

How do I choose the right drone frame for my needs?

Choose a drone frame based on your application, such as FPV flying, aerial photography, or engineering projects. Consider the frame size, material, payload capacity, and compatibility with your motors, propellers, battery, and flight controller. A compatible frame forms the foundation of a stable and reliable drone.

What types of batteries are compatible with drones?

Most DIY drones use LiPo (Lithium Polymer) batteries because they offer high power output and low weight. The right battery depends on your drone's frame, motor specifications, voltage (2S–6S), and capacity. Always choose a battery recommended for your drone to ensure safe operation and optimal flight performance.

What is included in a drone kit?

A typical drone kit includes a frame, motors, ESCs, propellers, a flight controller, landing gear, and mounting hardware. Some advanced kits may also include a GPS module, power distribution board, or telemetry components. If you're looking for a complete drone parts kit, check the product description to see exactly what's included before purchasing.

How do I choose the right drone kit?

Choose a drone kit based on your experience level and intended application. Beginners should look for complete DIY kits with compatible components, while advanced users may prefer modular platforms that support upgrades. If you're interested in learning radio-controlled flight, an rc drone kit is a great starting point for understanding drone assembly and operation.

Which drone kit is best for beginners?

For first-time builders, the DM002 Mini DIY Drone Kit is a good choice because it includes beginner-friendly components and straightforward assembly. If you plan to work on engineering or UAV projects later, a complete drone parts kit provides a better foundation for future upgrades.

What drone components are required to build a quadcopter?

A basic quadcopter requires a frame, brushless motors, ESCs, propellers, battery, radio transmitter and receiver, and a flight controller. The flight controller, often referred to as the drone motherboard, manages sensor data and controls the motors to keep the drone stable during flight.

Can I buy drone parts separately?

Yes. Individual components such as motors, ESCs, propellers, batteries, flight controllers, GPS modules, and frames can all be purchased separately. This is useful if you're upgrading an existing drone or replacing damaged parts instead of buying a complete kit.

Which drone battery should I choose?

The right battery depends on your drone's frame size, motor specifications, and payload. Most beginner drones use 2S or 3S LiPo batteries, while larger FPV and UAV platforms commonly require 4S or 6S batteries. Always select a battery recommended for your drone's power system.

What is the difference between a drone kit and a ready-to-fly drone?

A drone kit requires assembly and is ideal for learning how different components work together. A ready-to-fly drone comes pre-assembled and can be flown after basic setup. If you enjoy building and customizing drones, an rc drone kit offers greater flexibility than a pre-built model.

Which flight controller is best for DIY drones?

The right flight controller depends on your application. Pixhawk-based controllers are widely used for autonomous UAVs and research projects, while Betaflight-compatible controllers are popular for FPV drones. The flight controller acts as the drone motherboard, processing sensor data and controlling the motors during flight.

Are these drone kits compatible with Arduino or Raspberry Pi?

Yes. Many DIY drone platforms can be integrated with Arduino or Raspberry Pi for custom automation, computer vision, telemetry, and research applications. Compatibility depends on the flight controller and communication interfaces supported by your chosen drone kit.

Do you offer drone parts for engineering projects?

Yes. Robocraze offers drone kits, flight controllers, motors, GPS modules, frames, and accessories suitable for engineering projects, college competitions, and UAV research. Products like the Holybro S500 V2 provide a flexible platform for academic and professional drone development.

Can colleges purchase drone kits in bulk?

Yes. Robocraze supports bulk procurement for engineering colleges, universities, STEM labs, and research institutions. GST invoices and institutional purchasing options are available for educational and project requirements.

Are genuine replacement drone spare parts available?

Yes. You can purchase genuine replacement motors, propellers, ESCs, batteries, flight controllers, frames, and other drone accessories individually. Replacing only the damaged component is often more cost-effective than purchasing a new kit.

What is the price range of drone kits in India?

Drone kit prices vary depending on the included components and intended application. Entry-level kits start at affordable prices for beginners, while professional UAV platforms cost significantly more. If you're comparing options, it's also helpful to evaluate the drone motor kit price, as motors account for a significant portion of the overall build cost.

Which drone frame size should I choose?

Frame size depends on your application. Smaller frames are ideal for beginner and indoor drones, 5-inch frames are commonly used for FPV builds, while larger frames are better suited for aerial photography, mapping, and payload-carrying UAVs. Always choose components that match your selected frame size.

What should I check before buying drone parts online?

Before purchasing, verify component compatibility, frame size, motor specifications, battery requirements, and flight controller support. It's also worth comparing the drone motor kit price across different configurations to ensure you're selecting components that fit both your project requirements and budget.

Drone Parts & UAV Components – Frames, Motors & Controllers

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