RROOBBOO CRE
27 Sept 2026launched 4 days ago
0.00 ratings
n/aApple doesn’t publish installs
WorldwideSold in 50+ App Store storefronts
1.0latest version · 3 days ago
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About
RROOBBOO CRE is an engineering analysis and calculation tool for exploring multi-robot coordination, fleet behavior, mission planning, and cooperative robotic systems. Configure a robotic fleet using practical engineering parameters and evaluate multiple coordination metrics from a single analysis. ### ENGINEERING CALCULATIONS Perform eight integrated calculations covering: • Fleet Throughput • Formation Stability • Communication Load • Collision Risk • Mission Energy Requirement • Coverage Rate • Task Allocation Efficiency • Mission Coordination Score Each calculation uses the parameters entered by the user and presents the resulting values with appropriate units and supporting information. ### INTERACTIVE ENGINEERING INPUTS Configure parameters including: • Robot fleet size • Robot speed and acceleration • Robot mass and payload • Battery capacity and battery state • Sensor and communication range • Formation spacing • Position error tolerance • Communication latency • Control update frequency • Operating area • Obstacle density • Terrain conditions • Mission duration • Task workload • Coordination settings The interface uses multiple input controls including text fields, sliders, steppers, segmented controls, switches, and pickers. ### MULTIPLE RESULT FORMATS View analysis results through: • Large engineering metrics • Detailed result cards • Progress indicators • Native visualizations • Calculation tables • Engineering summaries • Scenario comparisons Results are presented with numerical values, units, and supporting descriptions so users can inspect how their selected parameters affect the analysis. ### SCENARIO WORKSPACE Start with example configurations for different robotic applications, modify their parameters, and save customized scenarios locally. Scenario tools include: • Save • Load • Rename • Duplicate • Delete • Compare ### CALCULATION HISTORY Review previous analyses with stored calculation information such as scenario name, date, robot count, coordination metrics, coverage, and energy results. ### ENGINEERING REPORTS Export analysis information for further review or sharing using the iOS Share Sheet. Reports can contain the configured inputs, calculated results, engineering summary, and calculation timestamp. ### OFFLINE OPERATION The core calculations and analysis tools operate locally on the device. An internet connection is not required for performing calculations. ### NO ACCOUNT REQUIRED No account, registration, or login is required to use the application's calculation and analysis features. ### DESIGNED FOR TECHNICAL EXPLORATION is intended for engineers, robotics developers, students, researchers, and technical users who want to explore how fleet, communication, formation, energy, environment, and mission parameters interact in coordinated robotic systems. The application provides engineering calculations and analytical estimates for exploration and planning. Results should be independently validated before being used in safety-critical or real-world robotic systems.Read more
RROOBBOO CRE is an engineering analysis and calculation tool for exploring multi-robot coordination, fleet behavior, mission planning, and cooperative robotic systems.
Configure a robotic fleet using practical engineering parameters and evaluate multiple coordination metrics from a single analysis.
### ENGINEERING CALCULATIONS
Perform eight integrated calculations covering:
• Fleet Throughput
• Formation Stability
• Communication Load
• Collision Risk
• Mission Energy Requirement
• Coverage Rate
• Task Allocation Efficiency
• Mission Coordination Score
Each calculation uses the parameters entered by the user and presents the resulting values with appropriate units and supporting information.
### INTERACTIVE ENGINEERING INPUTS
Configure parameters including:
• Robot fleet size
• Robot speed and acceleration
• Robot mass and payload
• Battery capacity and battery state
• Sensor and communication range
• Formation spacing
• Position error tolerance
• Communication latency
• Control update frequency
• Operating area
• Obstacle density
• Terrain conditions
• Mission duration
• Task workload
• Coordination settings
The interface uses multiple input controls including text fields, sliders, steppers, segmented controls, switches, and pickers.
### MULTIPLE RESULT FORMATS
View analysis results through:
• Large engineering metrics
• Detailed result cards
• Progress indicators
• Native visualizations
• Calculation tables
• Engineering summaries
• Scenario comparisons
Results are presented with numerical values, units, and supporting descriptions so users can inspect how their selected parameters affect the analysis.
### SCENARIO WORKSPACE
Start with example configurations for different robotic applications, modify their parameters, and save customized scenarios locally.
Scenario tools include:
• Save
• Load
• Rename
• Duplicate
• Delete
• Compare
### CALCULATION HISTORY
Review previous analyses with stored calculation information such as scenario name, date, robot count, coordination metrics, coverage, and energy results.
### ENGINEERING REPORTS
Export analysis information for further review or sharing using the iOS Share Sheet. Reports can contain the configured inputs, calculated results, engineering summary, and calculation timestamp.
### OFFLINE OPERATION
The core calculations and analysis tools operate locally on the device. An internet connection is not required for performing calculations.
### NO ACCOUNT REQUIRED
No account, registration, or login is required to use the application's calculation and analysis features.
### DESIGNED FOR TECHNICAL EXPLORATION
is intended for engineers, robotics developers, students, researchers, and technical users who want to explore how fleet, communication, formation, energy, environment, and mission parameters interact in coordinated robotic systems.
The application provides engineering calculations and analytical estimates for exploration and planning. Results should be independently validated before being used in safety-critical or real-world robotic systems.
Versions
- Version 1.0First seen · 28 Sept 2026
Countries
Worldwide
Apple lists this app in 50 or more storefronts, so it is available almost everywhere.
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