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STEAM Curriculum


Executive Summary:

Drift School is an innovative community-based program combining the exciting world of the RC sport of drifting with Science Technology Engineering Art Mathematics and personal development (S.T.E.A.M.e) education principles. This aims to provide students with valuable educational benefits, foster personal development, and create opportunities for future career pathways, all while promoting family bonding and quality time.

Program Objectives:
  • Educational Benefits: Drift School aims to leverage the popular RC sport of drifting as a platform to engage students in hands-on learning experiences related to S.T.E.A.M.e subjects. By participating in this program, students will develop critical thinking, problem-solving, and analytical skills while gaining practical knowledge in electronics, physics, design, and more.
  • Career Pathways: Drift School recognizes the growing demand for skilled professionals in various STEAM fields. Through this program, participants can explore potential career paths, such as automotive engineering, robotics, industrial design, software development, and more. Guest speakers and industry experts will provide insights into these fields and inspire students to pursue their passions.
  • Personal Development: Drift School strongly emphasizes personal development. Participants will enhance their creativity, communication, teamwork, and leadership skills through collaborative project work, competitions, and community engagement. This program encourages students to set goals, push their limits, and develop a growth mindset.
  • Family Time and Support: Drift School recognizes the importance of family involvement in a student’s educational journey. The program actively encourages and supports family participation, creating opportunities for joint learning experiences. Parents, guardians, and siblings are invited to attend workshops, events, and competitions, fostering a sense of togetherness and shared accomplishments.
Program Features:
  • Workshops and Training: Drift School offers regular workshops and training sessions facilitated by experienced instructors. These sessions cover various S.T.E.A.M.e topics, including electronics, mechanics, physics, aerodynamics, coding, and design. Participants will gain hands-on experience assembling, tuning, and customizing RC drift vehicles.
  • Competitions and Challenges: Drift School organizes exciting RC sport drifting competitions and challenges. These events allow participants to showcase their skills, creativity, and problem-solving abilities. Competitions include precision driving, design innovation, technical performance, and teamwork challenges.
  • Guest Speakers and Industry Experts: Drift School invites guest speakers and industry experts to provide valuable insights into STEAM-related careers and the practical applications of knowledge in real-world contexts. These interactions expose participants to various career possibilities and encourage them to explore their passions.
  • Community Engagement: Drift School actively engages with the local community to create a supportive and inclusive environment. Participants will have opportunities to collaborate on community projects, organize outreach events, and contribute to charitable causes. This involvement fosters a sense of social responsibility and empathy among students.


The Junior Reserve Officer Training Corps (J.R.O.T.C.) is a program in the United States designed to instill leadership, citizenship, and discipline in high school students. On the other hand, Japanese drift culture is associated with a unique style of motorsport where drivers intentionally oversteer their vehicles, causing them to lose traction and slide through corners. Combining J.R.O.T.C. standards with Japanese drift culture in the context of the RC sport of drifting creates an exciting juxtaposition of discipline, leadership, and precision with the freedom and creativity inherent in drifting.
  • Discipline and Precision:
    • J.R.O.T.C. emphasizes discipline and precision, which can be translated into the RC sport by encouraging participants to adhere to specific rules, follow a structured training regimen, and execute precise maneuvers with their RC drift vehicles.
    • Participants can learn the importance of attention to detail, consistent practice, and the adherence to standards in order to excel in their RC drifting skills.
  • Leadership Development:
    • J.R.O.T.C. focuses on developing leadership skills. In the context of the RC sport of drifting, participants can take on leadership roles within their local RC communities, organizing events and providing guidance to newcomers.
    • Incorporating elements of teamwork and communication skills from J.R.O.T.C. into RC drifting events can enhance the overall experience and foster a sense of camaraderie among participants.
  • Safety and Responsibility:
    • J.R.O.T.C. places a strong emphasis on safety and responsibility. This can be integrated into the RC drift culture by promoting safe driving practices, respecting the space and equipment, and encouraging responsible behavior during events.
    • Participants can learn to appreciate the importance of adhering to safety guidelines for themselves and others involved in the RC drifting community.
  • Adaptability and Creativity:
    • Japanese drift culture is known for its adaptability and creativity. Combining this with J.R.O.T.C. values can encourage participants to think outside the box, experiment with different RC vehicle setups, and develop their own unique drifting styles within the boundaries of discipline and respect for rules.
    • Events that encourage creative expression in the RC sport of drifting while still maintaining a level of order and adherence to standards can be organized to showcase the diverse skills within the community.
  • Global Exchange:
    • Incorporating J.R.O.T.C. standards with Japanese drift culture in RC sport can serve as a platform for cultural exchange. Organizing international events or collaborations can bring together participants from different backgrounds, fostering a global community that shares common values of discipline, leadership, and creativity.
Merging J.R.O.T.C. standards with Japanese drift culture in the context of RC sport creates a unique synthesis of discipline, leadership, and creativity. This combination can provide participants with a holistic learning experience, promoting technical skills in RC drifting and valuable life skills such as leadership, teamwork, and responsibility.


The popularity of drift culture in Japan, both in full-scale motorsports and in RC drifting, has been significant. Drifting originated in Japan and has evolved into a global phenomenon, influencing various forms of motorsports and recreational activities, including RC drifting.
Full-Scale Drifting Culture:
  • Origins: Drifting emerged in Japan’s mountain roads, where drivers intentionally slide their vehicles around corners, emphasizing vehicle control and style. This driving style gained popularity and eventually became a formalized motorsport.
  • Professional Drifting Series: Japan is home to prestigious drifting competitions such as the D1 Grand Prix, Formula Drift Japan, and others. These events attract skilled drivers and enthusiasts from around the world.
RC Drifting Culture:
  • Parallel Growth: The popularity of full-scale drifting in Japan has had a direct impact on the rise of RC drifting. Enthusiasts who may not have access to full-scale drifting or the financial means to participate are drawn to RC drifting as an accessible alternative.
  • Scale Replicas: Many RC drifting enthusiasts create scale replicas of famous drift vehicles, mimicking the styles and liveries seen in professional drifting competitions. This adds an extra layer of immersion and connection to the full-scale drifting culture.
  • Community and Events: RC drifting has a strong community in Japan, with enthusiasts organizing events and competitions. These gatherings provide a platform for participants to showcase their drifting skills and exchange ideas about vehicle setups and modifications.
Technology and Equipment:
  • High-Quality RC Drift Vehicles: Manufacturers produce specialized RC drift vehicles that closely resemble their full-scale counterparts. These vehicles are designed for sliding and drifting, with adjustable features to replicate the nuances of real drifting.
  • Drift Tracks and Courses: Dedicated RC drift tracks and courses are set up to simulate real-world drifting environments. These may include replicas of famous drift circuits or custom layouts that challenge the skills of RC drifters.
Media and Influence:
  • Online Presence: The popularity of RC drifting in Japan is further amplified through online platforms, where enthusiasts share videos, photos, and tips. Social media and video-sharing websites contribute to the global dissemination of RC drifting culture.
  • Influence on Full-Scale Motorsports: Interestingly, innovations and trends in RC drifting sometimes find their way into full-scale motorsports, showcasing the interconnectedness of these two realms.
Language in the RC Drifting Community:
  • The Japanese language plays a significant role in the RC drifting community. Many of the top brands, events, and terminology associated with RC drifting have Japanese origins. Enthusiasts often use Japanese terms for various techniques and maneuvers, creating a shared lexicon within the community. Being familiar with these terms can enhance the overall experience for participants and fans.
Cultural Influence on RC Drift Designs:
  • Japanese traditional culture, including art and design, has influenced the aesthetics of many RC drift vehicles. From decals featuring traditional Japanese patterns to paint schemes inspired by iconic Japanese racing liveries, there’s a blending of modern technology and traditional design elements in the world of RC drifting.
Cultural Influence on RC Drift Designs:
  • Japanese culture places great importance on community and shared experiences. Similarly, RC drifting is not just about the vehicles; it’s about the community that forms around the sport. Enthusiasts often gather at events, both in Japan and internationally, to showcase their skills, exchange ideas, and build connections. The sense of camaraderie and mutual support in the RC drifting community mirrors aspects of traditional Japanese social culture.
It’s important to note that Japanese RC drifting culture is constantly evolving as it draws its inspiration from Full-Scale Drifting Culture and Popular Culture i.e. Fast & Furious, Initial-D.


RC drifting involves maneuvering a model vehicle in a controlled manner to perform controlled slides and drifts. While it may seem like a recreational and fun activity, it’s essential to prioritize safety to prevent accidents and injuries. Here are some safety standards and practices related to the RC sport of drifting:
Location Selection:
  • Choose a designated and controlled area for drifting activities. Avoid busy streets, crowded areas, or places with potential hazards.
Adherence to Local Regulations:
  • Be aware of and adhere to local regulations regarding RC vehicle usage. Some areas may have specific rules or restrictions for using RC vehicles.
Safety Gear:
  • Always wear appropriate safety gear, including gloves for soldering, safety glasses, and covered shoes..
Spectator Safety:
  • Ensure spectators are positioned in safe areas, away from the drifting zone. A barrier or marked boundary can keep everyone at a safe distance.
Emergency Preparedness:
  • Please have a basic first aid kit and know how to use it. Be prepared for minor injuries such as cuts or scrapes.
  • Establish clear communication with other RC enthusiasts participating in drifting activities. Coordinate movements and be aware of each other’s intentions to prevent collisions.
Skill Level:
  • Beginners should start with basic maneuvers and gradually progress to more advanced drifting techniques. Avoid attempting complex moves without sufficient skill and practice.
Respect for Others:
  • Be respectful of other people’s property and the environment.
By following these safety standards and practices, enthusiasts can enjoy the RC sport of drifting responsibly while minimizing the risks associated with the activity.


RC drifting involves the use of specialized components, parts, and tools to create and control drift vehicles. Drifting is a style of driving where the vehicle intentionally slides through corners, and it has become a popular form of motorsport in both real-life and RC world. Here are the key components, parts, and tools associated with the RC sport of drifting:
    RC Drift Vehicle:
        • Chassis: The frame of the vehicle that holds all the components.
        • Body: The outer shell that gives the vehicle its appearance.
        • Suspension: Adjustable shocks and springs for better handling.
        • Drivetrain: Includes the motor, transmission, and differential.
    Radio Transmitter and Receiver:
        • Transmitter: The controller held by the user to send signals.
        • Receiver: Installed in the RC vehicle, it receives signals from the transmitter
    Electronic Speed Controller (ESC):
        • Regulates the speed of the motor based on signals from the transmitter.
        • Brushless or brushed motors are common for RC drifting.
        • Brushless motors provide more power and efficiency
    Battery and Charger:
        • LiPo (Lithium Polymer) batteries are commonly used for their high energy density.
        • A suitable charger for the battery type.
    Steering Servo:
        • Controls the movement of the front wheels.
        • High-torque servos are preferred for precise steering.
    Drift Assist:
      • Gyroscopes help stabilize the vehicle during drifts.
      • Drift-specific gyros assist in maintaining controlled slides.
        • Drift-specific tires with low traction for controlled sliding.
        • Different compounds and tread patterns are available.
        • Lightweight and durable wheels designed for drifting.
        • Various designs for aesthetics.
    Suspension Parts:
        • Adjustable shocks, springs, and sway bars.
        • Tuning components like camber and toe links.
    Body & Body Accessories:
        • Clear polycarbonate lexan bodies, body mounts, paint, masking tape, stickers (graphics) and accessories to customize the appearance.
      • Aluminum parts, upgraded bearings, and other performance enhancements.
    Tool Kit
        • Hex Wrenches for assembling and disassembling chassis parts and making adjustments.
        • Screwdrivers (phillips, common & hex) for assembling and disassembling chassis parts.
        • Pliers (needle nose) for fine work and soldering.
        • Cutting pliers for assembling chassis parts.
        • Exacto knife and body scissors for cutting out polycarbonate lexan bodies, etc.
        • Double sided tape for attaching electronics to chassis.
        • Zip ties for dressing wires.
    Tuning Tools:
        • Ride Height Gauge for setting ride height.
        • Camber Gauge for setting camber.
        • Alignment Tools for precise adjustments.
        • Lubricants and Grease for maintaining smooth movement in moving parts
        • Soldering iron for soldering and desoldering electronic components.
        • Battery Checker ensures batteries are charged and in good condition.
    Storage and Transport:
        • Carrying case for RC vehicle(s) and controller(s) for safe storage and transport.
      • A dedicated space for assembling, tuning, and maintaining RC vehicles
It’s important to note that the specific components and tools can vary based on the type and brand of the RC vehicle, as well as the user’s personal preferences and skill levels. As technology and the RC drifting scene evolve, new components and tools may be introduced to enhance the drifting experience.
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