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Which flight simulator is right for your school?
Compare classroom-friendly EduStation simulators, immersive Pilot Pro cockpits, and complete aviation labs.
Explore resource →flight simulatorsEduStation
A compact classroom flight simulator that connects STEM lessons to real flight planning.
Explore resource →flight simulatorsEduStation Pro
Bring hands-on instrument controls into a compact classroom flight station.
Explore resource →flight simulatorsEduStation Pro Curve
A panoramic forward view with the hands-on instrument deck of the EduStation Pro.
Explore resource →flight simulatorsPilot Pro 2i
A sit-in simulator with a forward display, a separate instrument screen, and hands-on cockpit controls.
Explore resource →flight simulatorsPilot Pro 3i
A panoramic sit-in flight simulator with three forward displays and a dedicated instrument screen.
Explore resource →flight simulatorsEduStation classroom flight simulators
Compact stations. Real controls. A practical way to bring aviation STEM learning into your classroom.
Explore resource →flight simulatorsPilot Pro sit-in flight simulators
An immersive cockpit environment for applying mathematics, physics, engineering, and navigation.
Explore resource →flight simulatorsPlan a flight simulator configuration for your school
Start with the learning experience, then choose the controls, displays, and classroom arrangement that support it.
Explore resource →curriculumMathematics through aviation
Give ratios, measurement, geometry, and algebra a concrete purpose in a flight plan.
Explore resource →curriculumPhysics students can put into motion
Connect forces, motion, and energy to observations from a simulated flight.
Explore resource →curriculumEngineering thinking in the cockpit
Explore aircraft systems by tracing the relationship between an input, a mechanism, and a result.
Explore resource →curriculumMake weather part of the mission
Use aviation to connect weather observations with planning, uncertainty, and decisions.
Explore resource →curriculumGeography and navigation with a destination
Turn maps, headings, landmarks, and terrain into a shared problem to solve.
Explore resource →curriculumProject-based learning through flight missions
Organize a meaningful question, a team plan, a test, and a reasoned reflection around a shared mission.
Explore resource →curriculumConnect coding to aviation
Use a programmable flight task to connect a sequence of instructions to an observable result.
Explore resource →curriculumElementary aviation STEM curriculum
Build a foundation in observation, measurement, forces, weather, and teamwork.
Explore resource →curriculumMiddle school aviation STEM curriculum
Connect proportional reasoning, introductory physics, map skills, and collaborative problem solving.
Explore resource →curriculumHigh school aviation STEM curriculum
Bring algebra, geometry, physics, navigation, and engineering reasoning into a practical mission.
Explore resource →curriculumConnect aviation lessons to NGSS
Review the specific lesson, student task, and evidence of learning when planning standards-aligned instruction.
Explore resource →curriculumAviation STEM curriculum with a clear flight plan
Structured lessons, visual learning, guided missions, and reflection connect what students learn to what they do.
Explore resource →aviation stem labsTurn your classroom into an aviation STEM lab
Bring simulators, curriculum, flight crews, and teacher preparation together in a space built for discovery.
Explore resource →aviation stem labsDesign a classroom aviation STEM lab
Give every student a role before, during, and after simulator time.
Explore resource →aviation stem labs5-station EduStation Pro aviation lab
Build a structured aviation learning program around 5 EduStation Pro simulators.
Explore resource →aviation stem labs10-station EduStation Pro aviation lab
Build a structured aviation learning program around 10 EduStation Pro simulators.
Explore resource →aviation stem labsPlan an aviation lab around your school
Start with your teaching goals and design a practical mix of space, equipment, and student activities.
Explore resource →schoolsAviation STEM for elementary schools
Help young learners explore forces, motion, weather, measurement, and teamwork.
Explore resource →schoolsAviation STEM for middle schools
Connect classroom mathematics and science through shared flight-planning challenges.
Explore resource →schoolsAviation STEM for high schools
Apply physics, algebra, geometry, navigation, and engineering reasoning in a practical setting.
Explore resource →schoolsAviation in your school’s STEM lab
Make flight simulation a shared resource for investigation, collaboration, and design.
Explore resource →schoolsFlight simulation in science classrooms
Use observable flight behavior to investigate models, variables, and evidence.
Explore resource →schoolsAviation for engineering classrooms
Connect systems thinking, constraints, testing, and revision to flight-related challenges.
Explore resource →schoolsAviation STEM for CTE programs
Introduce the technical thinking, communication, and problem solving behind aviation careers.
Explore resource →schoolsAviation STEM for JROTC learning environments
Combine mission planning, communication, and reflection with hands-on aviation exploration.
Explore resource →schoolsAviation for after-school programs
Create structured enrichment with clear missions, shared roles, and time to reflect.
Explore resource →schoolsAviation STEM for school clubs
Give student curiosity a structure through shared projects, flight planning, and career exploration.
Explore resource →schoolsAviation STEM for summer learning
Organize a short program around exploration, practice, and a final mission students can explain.
Explore resource →schoolsAviation STEM for your learning environment
Find a practical approach for your students, your teaching goals, and the time you have together.
Explore resource →stem educationWhat is STEM education?
Understand how science, technology, engineering, and mathematics can work together in a purposeful learning task.
Explore resource →stem educationHow aviation connects STEM subjects
One flight can connect mathematics, physics, weather, geography, and technical decision-making.
Explore resource →stem educationFlight simulation as a classroom learning tool
Use a repeatable virtual environment to connect a plan, a decision, and an observable result.
Explore resource →stem educationPlan a meaningful STEM project
Build a project around a question, student choices, evidence, and revision.
Explore resource →stem educationTurn hands-on experience into understanding
Connect doing, noticing, explaining, and trying again in a STEM lesson.
Explore resource →stem educationAviation STEM classroom ideas
Use accessible questions about routes, motion, weather, and systems to spark a lesson.
Explore resource →stem educationHow to plan a school STEM lab
Design the learning sequence, staffing, space, and support before selecting equipment.
Explore resource →stem educationAviation STEM activities to try with your class
Three structured starting points for connecting flight to measurement, prediction, and explanation.
Explore resource →stem educationIntroduce students to aerospace education
Connect flight with engineering systems, scientific investigation, and a wider range of technical interests.
Explore resource →stem educationExplore aviation careers through classroom missions
Use a mission to discover the people, skills, and responsibilities that keep aviation working.
Explore resource →stem educationSTEM education, connected to the real world
Practical explanations and classroom ideas for turning curiosity into investigation.
Explore resource →why aviationWhy teach STEM through aviation?
A single mission gives students a reason to calculate, investigate, collaborate, and explain.
Explore resource →how it worksLearn. Plan. Fly. Analyze.
A clear sequence connects classroom instruction to purposeful simulator time.
Explore resource →educatorsYou don’t have to be a pilot to teach with STEMPilot
Use structured resources, guided missions, and professional development to build confidence in the classroom.
Explore resource →administratorsA clear plan for implementing aviation STEM
Evaluate the learning program, teacher preparation, classroom use, and ongoing support together.
Explore resource →aviation careersAviation careers begin with a question
Help students explore the people and technical skills behind aviation and aerospace.
Explore resource →after school aviationWhere curiosity takes flight after the bell
Bring structure, collaboration, and hands-on aviation learning to your after-school program.
Explore resource →google classroomAviation STEM for Google Classroom
Explore STEMPilot’s digital Introduction to Aviation curriculum for grades 3–12.
Explore resource →aboutSTEM learning with a world of possibilities
STEMPilot brings educational flight simulation and aviation curriculum to schools.
Explore resource →faqQuestions before your first takeoff
Get clear answers about curriculum, classroom use, setup, and support.
Explore resource →dronesSafeDRONE classroom learning kits
Introduce drone learning with a simulation-first approach and supervised classroom activities.
Explore resource →dronesDrone education with a clear learning sequence
Connect simulation practice, supervised activity, and thoughtful reflection.
Explore resource →dronesConnect drone activities to STEM learning
Make measurement, controlled testing, and systems thinking part of each classroom task.
Explore resource →dronesDrone learning with purpose
Connect simulation, guided practice, and classroom STEM with STEMPilot’s SafeDRONE program.
Explore resource →codingPython Flyer classroom coding kits
Connect Python instructions to observable movement with a programmable drone learning kit.
Explore resource →codingIntroduce Python through a flight task
Use a visible result to help students reason about instructions, sequence, and revision.
Explore resource →codingBuild a coding lesson around an observable result
Connect programming to measurement, planning, testing, and communication.
Explore resource →codingGive code a flight path
Connect a sequence of instructions to a real, observable result with Python Flyer.
Explore resource →fundingResearch STEM education grants
Build a focused funding search around your program’s goals, students, and costs.
Explore resource →fundingExplore CTE funding for an aviation learning program
Work with your CTE and grants teams to assess whether a proposed activity fits current requirements.
Explore resource →fundingDiscuss STEM planning under Title IV, Part A
Use current program guidance to evaluate a possible fit with your district’s priorities.
Explore resource →fundingWrite a clear aviation STEM project description
Explain the educational need, the planned instruction, and how your school will evaluate implementation.
Explore resource →fundingBuild a case for your aviation STEM program
Practical planning resources to support conversations with your district and potential funders.
Explore resource →request a quoteLet’s design your aviation STEM program.
Tell us what you want your students to discover. We’ll help you find a starting point.
Explore resource →resourcesA good question is where every mission starts.
Explore teaching ideas, planning guidance, and STEMPilot’s existing curriculum samples.
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