I see this directed at tech interested kids, a (semi-)finished product with lots of options to cheat of the coding that is pre-installed. Room to expand later is built in as well. Also a nice course to go a bit deeper into the coding. I see it as a vehicle (pun intented) to learn more about robotics and coding. If you see the pricepoint it's not for purely the hardware but more for the total concept (robot + site/coding support). A fair price and a great intro into robotic/coding.
Nice robot - and I appreciate your "criticisms". I am not a fan of USB C connections. They are often not very robust to repeated use. Thanks for posting.
I don't think Alvik is worth 130€. It does have many features for a small package, but the price is just unfair. For just 80 dollars, you can get a robot that both drives faster, has block coding as well, has a camera mounted and is more open, meaning you can modify it easier, and learn more on the way.
Dear Kevin, could you allocate some time to create a two-part video series? The first part would cover a simple STEM Microbit Ghost Spirit Box for entry level students, and the second part would be dedicated to constructing the ultimate high-grade STEM build, "The Kevs Spirit Box Mk I," featuring all the lights, alarms, and whistles that are not available on the retail market in one wicked box. This could include Electromagnetic Field (EMF) Detector, temperature change, UV light sensor to IR low light change Sensor, Plasma detection, air and ground vibration Geophone sensor, 3-axis magnetometer, low under 50hz detection, odor change detection, walkie talkie detection, Electrostatic Sensor, Humidity Sensor, Barometric Pressure Sensor, LDR (Light Dependent Resistor) or photodiode Light Sensor (Photocell). Ultrasonic proximity sensor, , High-sensitivity condenser microphone captures audio, Geiger Counter, allowing you to record Electronic Voice Phenomena (EVP), VOC (Volatile Organic Compounds) sensor. Additional Components: Microcontroller or Microprocessor: To process data from all sensors. Example: Arduino, Raspberry Pi. Data Logger: To record all sensor readings for later analysis. Example: SD card module. Display: To visualize sensor data in real-time. Example: LCD or OLED screen. Power Supply: Battery pack or USB power source to keep the device running. Enclosure: Protective case to house all components and ensure portability. Integration: Software: Custom software to integrate and analyze data from all sensors, possibly with a user interface for easy control and monitoring. Connectivity: Wi-Fi or Bluetooth modules for remote data monitoring and control via a smartphone or computer. By incorporating these detectors and components, you can create a comprehensive spirit box capable of capturing a wide range of environmental data, potentially offering insights into paranormal phenomena. p.s. Yhea I might have overdone it a little but what a retro roaring 1930's tombs box that Uncle Fester Addams would have loved (Addams family) or cyber punk box style Spirit Box it would be an item Major Motoko Kusanagi would have in her bedroom. ++++ Missing Sensors: Infrasound Sensor: Detects sound waves below the range of human hearing (below 20 Hz). Laser Distance Sensor: Measures the distance to an object with high accuracy, useful for detecting subtle movements. Thermal Imaging Sensor: Captures thermal images to detect heat signatures. Ionizing Radiation Detector: Measures ionizing radiation levels, which differ from a typical Geiger counter. Additional Core Components: GPS Module: For location tracking, which could be useful for correlating environmental data with specific locations. Real-Time Clock (RTC) Module: Ensures accurate time-stamping of data logs. External Antenna: Enhances signal reception for wireless modules (Wi-Fi, Bluetooth). Power Management Module: Manages power distribution and extends battery life. Enhancements for Data Collection and Analysis: Environmental Shield: A shield or hat that combines multiple environmental sensors for ease of integration. Edge AI Processor: For on-device data analysis and real-time decision-making capabilities. Enhanced User Interface: Touchscreen Display: For an interactive user interface, replacing or supplementing the LCD/OLED screen. Mobile App: For remote control and data visualization, linked via Wi-Fi or Bluetooth. Safety and Robustness: Waterproof Case: Protects the device in various environmental conditions. Shock Absorbers: Protects sensitive components from physical shocks. Additional Feedback Mechanisms: Haptic Feedback: Provides tactile feedback to the user for certain triggers or events. By integrating these additional sensors and components, your "Kevs Spirit Box Mk I" will be even more versatile and capable of thorough environmental analysis. This comprehensive approach ensures you have all possible bases covered for data collection and paranormal investigations.
Good question one that I also want to answer myself once I get it tomorrow! The price is actually more than €130 because they didn't mention the tax is not included in the listing price, so add 21%...
@@kevinmcaleer28 now a day's an original builder kit of the bipedal basic version cost around €80 but that wouldn't be apples with apples comparison since both robots have very different features. On the other hand the new HP Otto is also a wheeled robot that runs on microPython but it is also backwards compatible with Arduino, has similar features and is almost the same price as Alvik.
@@kevinmcaleer28 Otto DIY as an official kit is EOL and it was only for running Arduino code. The new HP Otto if we want to compare without tax is €123 for the starter builder kit that includes also the 3d printed parts and can also run microPython.
@@kevinmcaleer28 to put in the same level the new HP robot Otto starter kit is 125€ + tax and is for the full builder kit that already includes the 3d printed parts you could save 20€ if you go for the creator version and you 3d print it yourself. It can run microPython actually now that is the main programming language but is still compatible with Arduino C++
I see this directed at tech interested kids, a (semi-)finished product with lots of options to cheat of the coding that is pre-installed. Room to expand later is built in as well.
Also a nice course to go a bit deeper into the coding. I see it as a vehicle (pun intented) to learn more about robotics and coding. If you see the pricepoint it's not for purely the hardware but more for the total concept (robot + site/coding support). A fair price and a great intro into robotic/coding.
30K subs!! Congrats Kevin!! 🥳🎉
Thank you!!
Nice robot - and I appreciate your "criticisms". I am not a fan of USB C connections. They are often not very robust to repeated use. Thanks for posting.
Thanks Lori!
Thank you, I think this will be a good "club" platform.
I don't think Alvik is worth 130€. It does have many features for a small package, but the price is just unfair. For just 80 dollars, you can get a robot that both drives faster, has block coding as well, has a camera mounted and is more open, meaning you can modify it easier, and learn more on the way.
What robot is that? I am interested
@@cparrapa It's called Elegoo Smart Robot Car Kit V4.0 (With Camera)
I am also interested to have link to other educative robot pack
Dear Kevin, could you allocate some time to create a two-part video series?
The first part would cover a simple STEM Microbit Ghost Spirit Box for entry level students, and the
second part would be dedicated to constructing the ultimate high-grade STEM build, "The Kevs Spirit Box Mk I," featuring all the lights, alarms, and whistles that are not available on the retail market in one wicked box.
This could include Electromagnetic Field (EMF) Detector, temperature change, UV light sensor to IR low light change Sensor, Plasma detection, air and ground vibration Geophone sensor, 3-axis magnetometer, low under 50hz detection, odor change detection, walkie talkie detection, Electrostatic Sensor, Humidity Sensor, Barometric Pressure Sensor, LDR (Light Dependent Resistor) or photodiode Light Sensor (Photocell). Ultrasonic proximity sensor, , High-sensitivity condenser microphone captures audio, Geiger Counter, allowing you to record Electronic Voice Phenomena (EVP), VOC (Volatile Organic Compounds) sensor.
Additional Components:
Microcontroller or Microprocessor: To process data from all sensors.
Example: Arduino, Raspberry Pi.
Data Logger: To record all sensor readings for later analysis.
Example: SD card module.
Display: To visualize sensor data in real-time.
Example: LCD or OLED screen.
Power Supply: Battery pack or USB power source to keep the device running.
Enclosure: Protective case to house all components and ensure portability.
Integration:
Software: Custom software to integrate and analyze data from all sensors, possibly with a user interface for easy control and monitoring.
Connectivity: Wi-Fi or Bluetooth modules for remote data monitoring and control via a smartphone or computer.
By incorporating these detectors and components, you can create a comprehensive spirit box capable of capturing a wide range of environmental data, potentially offering insights into paranormal phenomena.
p.s.
Yhea I might have overdone it a little but what a retro roaring 1930's tombs box that Uncle Fester Addams would have loved (Addams family) or cyber punk box style Spirit Box it would be an item Major Motoko Kusanagi would have in her bedroom.
++++
Missing Sensors:
Infrasound Sensor:
Detects sound waves below the range of human hearing (below 20 Hz).
Laser Distance Sensor:
Measures the distance to an object with high accuracy, useful for detecting subtle movements.
Thermal Imaging Sensor:
Captures thermal images to detect heat signatures.
Ionizing Radiation Detector:
Measures ionizing radiation levels, which differ from a typical Geiger counter.
Additional Core Components:
GPS Module:
For location tracking, which could be useful for correlating environmental data with specific locations.
Real-Time Clock (RTC) Module:
Ensures accurate time-stamping of data logs.
External Antenna:
Enhances signal reception for wireless modules (Wi-Fi, Bluetooth).
Power Management Module:
Manages power distribution and extends battery life.
Enhancements for Data Collection and Analysis:
Environmental Shield:
A shield or hat that combines multiple environmental sensors for ease of integration.
Edge AI Processor:
For on-device data analysis and real-time decision-making capabilities.
Enhanced User Interface:
Touchscreen Display:
For an interactive user interface, replacing or supplementing the LCD/OLED screen.
Mobile App:
For remote control and data visualization, linked via Wi-Fi or Bluetooth.
Safety and Robustness:
Waterproof Case:
Protects the device in various environmental conditions.
Shock Absorbers:
Protects sensitive components from physical shocks.
Additional Feedback Mechanisms:
Haptic Feedback:
Provides tactile feedback to the user for certain triggers or events.
By integrating these additional sensors and components, your "Kevs Spirit Box Mk I" will be even more versatile and capable of thorough environmental analysis. This comprehensive approach ensures you have all possible bases covered for data collection and paranormal investigations.
I've already built a ghost-box - Checkout - ua-cam.com/users/liveQlOZAuy6DsU
Good question one that I also want to answer myself once I get it tomorrow!
The price is actually more than €130 because they didn't mention the tax is not included in the listing price, so add 21%...
How much is OttoDIY out of interest - can that run MicroPython nowadays?
@@kevinmcaleer28 now a day's an original builder kit of the bipedal basic version cost around €80 but that wouldn't be apples with apples comparison since both robots have very different features.
On the other hand the new HP Otto is also a wheeled robot that runs on microPython but it is also backwards compatible with Arduino, has similar features and is almost the same price as Alvik.
@@kevinmcaleer28 Otto DIY as an official kit is EOL and it was only for running Arduino code. The new HP Otto if we want to compare without tax is €123 for the starter builder kit that includes also the 3d printed parts and can also run microPython.
@@kevinmcaleer28 to put in the same level the new HP robot Otto starter kit is 125€ + tax and is for the full builder kit that already includes the 3d printed parts you could save 20€ if you go for the creator version and you 3d print it yourself. It can run microPython actually now that is the main programming language but is still compatible with Arduino C++