Full Unfiltered Generated Idea List
The following table presents the complete, unfiltered list of all 100 ideas.
| # | Idea | # | Idea | # | Idea | # | Idea |
|---|---|---|---|---|---|---|---|
| 1 | Drill to make samples | 26 | Atmospheric sensor | 51 | Plastic casings for internal PCBs | 76 | Plant collector (samples) |
| 2 | Centrifuge for analysis | 27 | RGB headlights | 52 | Parachute system | 77 | Drone bay built into the rover |
| 3 | RTx5090 | 28 | 3d printer for quickly making replacement parts | 53 | Jack hammer | 78 | Human-machine - interface |
| 4 | Water cooling | 29 | Lidar scanner | 54 | Acid storage | 79 | On-board robot manipulator |
| 5 | Liquid cooling (coolant, not water) | 30 | Wifi app | 55 | Brush | 80 | Alarm recovery system (SOS) |
| 6 | Water filtration system | 31 | Bluetooth connection | 56 | Dust pan | 81 | Microphone / Speaker set for communication |
| 7 | Hydrolysis battery | 32 | External Water Sensor | 57 | Vacuum | 82 | SuperCam (Perseverance rover) |
| 8 | Nuclear fusion battery | 33 | Internal water sensor to check for leaks | 58 | Rock pick | 83 | Low-profile internal PCB |
| 9 | Wall plug Power NA | 34 | Infrared sensor | 59 | Magnifying glass | 84 | Radar Scanning |
| 10 | Wings for gliding | 35 | NASA Design Wheels | 60 | Printer | 85 | High res camera |
| 11 | Rocket thruster | 36 | Propeller / wheel design | 61 | Fax machine | 86 | Weather proof |
| 12 | Tank treads | 37 | Temperature-specific sample collection (hot/cold) | 62 | Fiber optic cables | 87 | Rover Suspension System |
| 13 | Butterfly drive train | 38 | High durability steel chassis | 63 | Wind turbine | 88 | Steering Capabilities |
| 14 | H drive train | 39 | Raft dispenser | 64 | Water wheels | 89 | Twin motor |
| 15 | Omni wheels | 40 | Durable, lightweight, detachable housing | 65 | Sieve | 90 | Long-lasting battery pack |
| 16 | On board Morse code system | 41 | Motion sensor | 66 | Different mesh screens for the sieve | 91 | Hydrogen powered |
| 17 | Modular parts | 42 | Video screen prompt | 67 | Anti-corrosive coating | 92 | Amphibious design (Rover into Submarine or surface floater) |
| 18 | Internal fire suppression system | 43 | Built-in speakers (aux) | 68 | Waterproof coating | 93 | Shovel, Hammer, and Drill for excavation |
| 19 | Robotic arm | 44 | 4x4 capability | 69 | Internal controller | 94 | Device-hosted AI system |
| 20 | Ballast tanks | 45 | Separate liquid/solid bins | 70 | Alarm system | 95 | Self-driving capabilities |
| 21 | Spectrometer | 46 | Live feed camera | 71 | Light panel activation sensor | 96 | Overheating shutdown, if internal temp too hot |
| 22 | Planetary Instrument for X-Ray Lithochemistry (PXIL) | 47 | A hidden button that forces rover to stop completely | 72 | RGB detection light flash | 97 | Distance control based on temperature |
| 23 | Chemistry Camera (Curiosity rover) | 48 | Metal blade for bulldozing | 73 | Lightweight 3D printed filament chassis | 98 | Speed control based on temperature |
| 24 | Geiger counter | 49 | Sonic sensors | 74 | Rock / Earth sample collector | 99 | Hygrometer |
| 25 | Solar panels | 50 | USB-C ports for external connection | 75 | Water sample collector | 100 | Altimeter |
Amphibious Trash Collector – Feature Groupings
The amphibious trash collector is designed as a multi-role platform capable of scientific testing, environmental interaction, efficient power management, and advanced mobility.
For clarity, the following groupings do not represent separate systems, but instead organize the ideation list to highlight the primary focus of each feature set within a single integrated design. This
structure allows concept development to align with the specific focus of each grouping.
The full ideation list (including experimental/concept-only features) is presented below.
1. Testing & Scientific Efficiency
Focuses on the collector’s ability to gather, analyze, and process environmental and material data accurately and reliably.
Features
- Drill (sample collection)
- Spectrometer
- Planetary Instrument for X-Ray Lithochemistry (PXIL)
- Chemistry Camera (Curiosity rover)
- SuperCam (Perseverance rover)
- Geiger counter
- Atmospheric sensor
- Hygrometer
- Altimeter
- Radar scanning
- Lidar scanner
- Infrared sensor
- High-resolution camera
- Live-feed camera
- Magnifying glass
- Temperature-specific sample collection (hot/cold)
- Rock / Earth sample collector
- Water sample collector
- Plant sample collector
- Separate liquid / solid bins
- Sieve with interchangeable mesh screens
- Internal controller
- Device-hosted AI system
2. Trash Collection & Environmental Interaction Efficiency
Emphasizes debris handling, excavation, cleanup, and controlled interaction with the environment.
Features
- Brush
- Dust pan
- Vacuum
- Metal blade (bulldozing)
- Shovel
- Hammer
- Rock pick
- Drill (excavation use)
- Jack hammer
- Trash / material sorting via bins
- Acid storage (controlled material processing)
- Water filtration system
- External water sensor (environmental detection)
3. Power & Thermal Efficiency
Centers on energy generation, storage, distribution, and thermal regulation for long-duration operation.
Features
- Long-lasting battery pack
- Solar panels
- Wall plug power (North America)
- Hydrogen-powered (supplemental)
- Wind turbine
- Water wheels
- Water cooling
- Liquid coolant-based cooling
- Overheating shutdown
- Speed control based on temperature
- Distance control based on temperature
- Internal fire suppression system
- Anti-corrosive coating
- Waterproof coating
- Weather-proof design
4. Travel, Mobility & Operational Efficiency
Highlights mobility systems, terrain adaptability, communication, and structural design for safe operation in complex environments.
Features
- Rover suspension system
- Steering capabilities
- 4×4 drive capability
- Twin motor system
- Omni wheels
- Tank treads
- NASA-inspired wheels
- Propeller / wheel hybrid design
- Amphibious design (land + surface water)
- Ballast tanks
- Raft dispenser
- High-durability steel chassis
- Lightweight detachable housing
- Plastic casings for internal PCBs
- Low-profile internal PCB layout
- Modular components
- Robotic arm / on-board manipulator
- Drone bay integration
- Motion sensor
- Sonic sensors
- RGB headlights & detection light flash
- Light panel activation sensor
- Video screen interface
- Built-in speakers (aux)
- Microphone / speaker communication system
- USB-C ports
- Wi-Fi control
- Bluetooth connectivity
- Human–machine interface
- Alarm system & SOS recovery
- Hidden emergency stop button
5. Unrealistic / Concept-Only Items
Speculative or future-facing technologies retained for conceptual exploration; excluded from functional design.
Features
- Nuclear fusion battery
- Hydrolysis battery (as primary mobile power)
- Rocket thruster (surface mobility)
- Wings for gliding
- Parachute system (without descent stage)
- Butterfly drivetrain (conceptual)
- H-drivetrain (conceptual)
- Full rover → submarine transformation
- 3D printer capable of structural metal part replacement
- Fax machine