68Out of 100
Current Production Proficiency
The score reflects a solid concept with strong mechanical development and important remaining work in software, electronics, safety, and field validation.
SCEP Industries Agriculture Robotics Division
Meet Bobbert.
Bobbert is an agriculture robot in development to identify unhealthy crops, understand field conditions, avoid obstacles, support safe treatment decisions, and create useful reports for farmers.
Iteration 3 Technical Design DraftOverall Score: 68 / 100Prototype Testing: Supervised
Bobbert Hero ImageAdd the current full-size Bobbert concept or field scene here.
Current project snapshot
Promising technical design. More development required.
Bobbert has progressed beyond a basic concept and now has a defined industrial design direction. The robot is ready for supervised prototype field testing, but it is not ready for full commercial production.
Current stageActive
Iteration 3 Technical Design Draft
Major systems, physical layout, and operational direction are documented for deeper engineering review.
Testing readinessConditional
Supervised Prototype Field Testing
The design can be evaluated through controlled testing with direct adult and engineering supervision.
Production statusNot approved
Not Ready for Commercial Production
Software, safety, wiring, power, treatment logic, and field reliability still require validation.
Next milestoneIteration 4
Pre-Production Readiness Review
The next review will determine whether Bobbert can advance toward a more complete working prototype.
Bobbert development history
From a simple crop-help idea to an industrial rover concept.
Each iteration added capabilities, clarified technical questions, and moved Bobbert closer to a testable agriculture robotics system.
Original
Concept
Concept
Where the project began
A robot that could identify harmed plants and notify farmers.
The original idea focused on a clear problem: farmers and local citizens may not know when crops are harmed until the damage becomes serious.
The concept established Bobbert’s purpose and basic equipment but did not yet define technical diagnosis or safe operation.
- Camera for viewing crops
- Wheels for field movement
- Sprayer for crop treatment
- Lights and brakes
- Farmer notification concept
Original Bobbert ImagePlace the earliest student drawing or concept here.
Iteration
1
1
Identity and basic function
Bobbert becomes an olive-green crop-care rover.
Iteration 1 established Bobbert’s recognizable appearance and organized the early parts into a more complete design.
The purpose was clear, but the robot still needed stronger explanations for sensing, movement, decision-making, and safe spraying.
- Olive-green rover body
- Wheels, tank, and sprayer
- Camera and crop scanner
- Crop-status indicators
- Basic lights and braking direction
Iteration 1 ImageAdd the first formal olive-green rover design here.
Iteration
2
2
Expanded crop care and navigation
The design grows into a larger multi-system field robot.
Iteration 2 expanded the problem to include disease, water needs, soil concerns, pests, sunlight issues, and other causes of poor crop health.
The visual design became more industrial with a stronger body, six-wheel movement, a front claw, a top sensor, and active spraying.
- GPS and field navigation
- Green/yellow/red crop-health classification
- 360-degree sprayer
- Manual and autonomous control concepts
- Field-reporting system
- Front claw and larger body
Iteration 2 ImageAdd the six-wheel design with front claw and active sprayer here.
Iteration
3
3
Current technical design draft
Bobbert moves into systems planning and prototype preparation.
Iteration 3 defines the current rugged rover direction and adds the engineering detail needed to begin planning a supervised prototype.
The design now addresses sensor placement, obstacle response, power, movement, treatment storage, wiring, and the relationship between mechanical, electronic, software, and safety systems.
- Hybrid wheel-and-track movement
- Water and treatment tanks
- Camera, front sensors, and rear sensors
- 360-degree sprayer and front claw
- Brushless motors and LiFePO4 batteries
- Multi-sensor fusion and gyroscopes
- Protected electronics and schematic direction
Iteration 3 ImageAdd the current tracked or hybrid industrial concept here.
Current technical structure
Four systems must work together.
Future reports and testing should continue to organize Bobbert into Mechanical, Electronics, Software, and Safety Features.
Mechanical
Rugged chassis, hybrid movement, front claw, tanks, rotating sprayer, protected access panels, and field-ready body structure.
Electronics
Cameras, crop sensors, navigation, rear sensors, motors, lights, batteries, charging, wiring, and power distribution.
Software
Crop classification, obstacle response, navigation, reporting, treatment decisions, manual control, and autonomous rules.
Safety Features
Emergency stop, no-spray zones, claw approval rules, obstacle protection, maintenance lockout, and supervised procedures.
Current Industrial ConceptAdd the final Iteration 3 render or prototype image here.
What Bobbert looks like now
A low, wide, weather-resistant crop-care rover.
The current design combines mobility, observation, treatment, reporting, and safety in one platform. Bobbert is intended to move through crop rows and uneven field conditions while collecting information before recommending or performing an approved response.
Hybrid wheels and tracksCamera and crop scannerFront and rear sensorsWater and treatment tanks360-degree sprayerFront utility clawGPS and navigationField-reporting systemLights and emergency stopProtected electronics housing
Next development priorities
What must improve before Bobbert can move closer to production.
The next goal is verified performance, not just additional features.
Bobbert now needs testing data, clear decision rules, complete diagrams, and documented safety controls to support the Iteration 4 Pre-Production Readiness Review.
Follow Bobbert’s development
One project. Multiple iterations. Continuous improvement.
Connect with SCEP Industries about Bobbert, STEM engineering, agriculture technology, research, or community partnerships.
Start a conversation
Contact the SCEP Industries Agriculture Robotics Division.
contact@scep-industries.com