Pilot Robot Kit for grades 3-5 next to a tablet running True Robotics Playground

K-12, now with Medical Robotics

K-12 Curriculum

Our grab-and-go curriculum helps every teacher deliver hands-on robotics with confidence from day one. Every True Robotics lesson is ready in our Teacher Digital Portal with a lesson plan, a PowerPoint with how-to videos, and answer keys. Most teachers report about five minutes of prep.

What each of our programs teaches

We write each program in our K-12 Classroom Suite for its own grade band, with a version for every grade it covers, so your students build on what they know. Pilot and Axle also include a General version for mixed-grade groups such as afterschool clubs. Here are the big ideas in each one.

A class of students stands in a circle on the classroom carpet with game controllers while two robot kits drive between them
Grades K-3

Paving the Way with Treads

  • Robotics and coding: Your students start with basic commands, then solve problems, navigate mazes, and follow directional cues.
  • Robotics for math: Counting, addition, subtraction, multiplication, geometry, and measurement, with Treads as the manipulative.
  • Robotics for ELA: Decoding, word recognition, storytelling, listening, phonics, and rhyming, all answered by driving Treads.
See our Treads program
Four students stand in a row with game controllers while their purple robot kits drive down the gym floor in a line
Grades 3-5

Taking Off with Pilot

  • Build the Pilot Robot Kit: About 150 pieces your students assemble with real tools in one to three periods.
  • Math the robot needs: Fractions and ruler measurement, so your students can measure distances accurately.
  • Programming and sensors: Programming challenges, the ultrasonic sensor, obstacle courses, and races.
See our Pilot program
Two middle school students assemble a purple robot chassis at a lab bench with the build guide open beside it
Grades 6-8

Introduction to Robotics with Axle

  • Build Axle: About twice the pieces of Pilot, built with a screwdriver, wrench, and ruler.
  • Math strands with an escape room: Fractions, rational numbers, or systems of equations by grade, each ending in an escape room.
  • Engineering design and programming: The engineering design process, materials and systems, then programming Axle to move.
See our Axle program

Our newest curriculum is Medical Robotics, our 2027 course for grades 8 to 12.

All four of our programs, from Treads to Medical Robotics, are aligned to your state’s standards and to national standards, grade by grade. See how each of our programs lines up with your standards.

The kinds of lessons in our curriculums

Each of our units is a hands-on mix of lessons. Your students program their robot, build it themselves in Pilot and Axle, and use it to practice the math, science, and ELA skills they are learning in class. Here is how the lessons add up in each program.

Paving the Way with Treads

Grades K-3

25 lessons

  • 9 ELA lessons

  • 8 programming lessons

  • 8 math lessons

Treads arrives built, so there are no building lessons: your students drive it on day one.

Taking Off with Pilot

Grades 3-5

25 lessons

  • 11 programming lessons

  • 4 science lessons

  • 4 robotics and engineering lessons

  • 3 building lessons

  • 3 math lessons

Introduction to Robotics with Axle

Grades 6-8

45 lessons

  • 18 programming lessons

  • 11 science lessons

  • 8 math lessons

  • 5 robotics and engineering lessons

  • 3 building lessons

These counts are a starting point. When your school has fewer days, our curriculum team builds a scope and sequence with your teachers that fits your calendar and your goals. See how we plan it with you.

Key robotics terms

Block-based coding
Your students snap drag-and-drop blocks together in True Robotics Playground to program their robot, with no code to type. Our blocks start as icons for the youngest students and add text in Pilot and Axle.
Ultrasonic sensor
The sensor on our Pilot and Axle robots that measures how far away an object is, so your students can program their robot to stop or turn before it reaches a wall.
Engineering design process
How engineers solve a problem: design a prototype, test it, and improve it. Our Pilot and Axle curriculums both teach it, and FlexForge adds design challenges such as a claw that carries an object.

What comes with every lesson

Our curriculum team writes every lesson so your teachers can walk in and teach it. Every lesson comes with a detailed lesson plan, a ready-made PowerPoint, and the materials your students need, all waiting in our Curriculum Portal.

The resources in every lesson folder
The resources in every lesson folder
ResourceWhat it gives your teacher
Detailed lesson planObjectives, the lesson's vocabulary, and recommended activities, with timings
Pre-built PowerPointA ready-to-teach presentation with how-to videos, compatible with Google Slides
Entrance ticket and reflectionA hook to start the lesson and a wrap-up to end it
Answer keys, worksheets, graphic organizersProgramming answer keys for programming lessons; worksheets or graphic organizers for math and science lessons; teacher copies with the answers
PDF and Word versionsPrint as is or edit for accommodations; both work with Google Classroom

Our Treads lessons run about 30 minutes and our Pilot and Axle lessons 45 to 60 minutes, so they fit the period your teachers already have.

The first time your students try anything new, a short video in our PowerPoint shows them exactly what to do, often a screen recording of our own software. That makes it easy for a teacher who is new to robotics to learn right alongside the class.

See one of our lessons

Here is Introduction to Programming, a 4th grade lesson from our Taking Off with Pilot curriculum. The plan opens with three objectives and the lesson’s vocabulary (Programming, Drive blocks), then walks your teacher through each activity with its timing.

  • Understand the fundamentals of programming
  • Understand how to use the True Robotics Playground Software
  • Apply that knowledge to program Pilot to move at different angles

Everything your teacher needs for that lesson is already written, right down to the ready-made presentation, so they can open the folder and teach.

The Teacher Digital Portal

Our Teacher Digital Portal is your teachers’ home base for everything True Robotics. The Curriculum Portal holds every lesson they teach from, and the Learning Portal holds our self-paced training they can take on their own time.

Your teachers don’t need any robotics experience to get started. We give every licensed teacher a 30-minute intro session and one-on-one training, held virtually, and your school works with a dedicated person from the True Robotics team as its point of contact. See how we train your teachers.

Open the Teacher Digital Portal

Our portal home

Four tiles, just as your teachers see them:

  • Curriculum Portal: Access curriculum resources.
  • Learning Portal: Access training resources.
  • Support Form: Having a problem? Let us know!
  • Robot Parts Catalog: Need a replacement?

Our software

Where your students code

Two students at a classroom desk program a Pilot robot on a Chromebook running True Robotics Playground

Your students code each of our robots in True Robotics Playground at app.truerobotics.org, snapping drag-and-drop blocks together to program it. There are no student logins, so class time goes to coding instead of passwords.

Per-robot prices

We price curriculum licensing and professional development separately and bundle them into Classroom Packages at a discount. Prices subject to change.

Our robot kits are reusable year after year, so one set can serve many classes across your school. We would be happy to put together a quote for you.

Request a Quote

Curriculum questions

Where do teachers find the curriculum?

Your teachers find every True Robotics lesson in our Teacher Digital Portal, which they sign in to from our website. Our portal has two main resources: the Curriculum Portal, with all of our teaching resources, and the Learning Portal, with all of our training. When a teacher opens a program, they see every grade they have access to, and Pilot and Axle add a General curriculum and a FlexForge folder. Each program also has a curriculum map, as a PDF and a Word document.

How much prep time do teachers need?

Very little. Most of the teachers we work with report that prep for a True Robotics lesson takes about five minutes once they understand the flow. Most of that is the PowerPoint loading. Your lesson plan, presentation, entrance ticket, reflection, and answer keys are all ready in our Curriculum Portal, so there is nothing to write. Our goal is to bring your teachers' prep time all the way down to zero.

What formats do the lessons come in?

Every True Robotics lesson comes in PDF and Word format, as well as PowerPoint, and our lessons are compatible with Google Slides and Google Classroom. Your teachers find them all in our online Curriculum Portal. If our PDF works as is, print it and teach from it. If a group of your students needs modifications or accommodations, the editable Word version makes those changes easy.

Do teachers need coding experience?

No. Your teachers need no coding or robotics experience to teach True Robotics, because our lessons and training are built for teachers brand new to robotics. Every teacher starts off with a one-on-one training session, alongside our self-paced Learning Portal. Then every school we work with receives additional professional development, in person, virtually, or both. Every teacher also has an assigned point of contact, and teachers with experience can take a quicker path.

Does True Robotics work in special education and therapeutic settings?

Yes. Every True Robotics program is a great fit for any learning environment, including traditional, alternative, and sub-therapeutic settings, as well as afterschool programs and summer camps. Every lesson file comes as an editable Word document, so your teachers can make modifications and accommodations for different groups of students. Treads works especially well for students who struggle with workbook seat work. Audrey Brooks, a special education teacher in Worcester Public Schools, saw her students applying basic code in a short time.

Bring True Robotics to your classrooms

Tell us about your grades, your calendar, and your goals, and our team will come back with a scope and sequence that fits your school and a quote to match. We would love to hear from you!