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Description

BNO086 Qwiic IMU breakout module for VR and robotics - 3-osni precision motion sensor

In robotics, virtual reality and industrial automation, the one who can measure movement quickly, accurately and reliably wins. Less mistakes. Less speculation. More surveillance!

A famous proverb says: Time is money. In the development of electronics, we could add something else: the wrong sensor can take both. Therefore BNO086 Qwiic IMU breakout module for VR and robotics - 3-osni an excellent choice for those who want to accurately detect direction, movement, inclination and rotation without complex soldering and long testing.

This module is intended for projects where it is usually not nearly good enough. I use it where the robot needs to know where it's facing. Where VR must detect head movement. Where an industrial device needs reliable position, vibration or orientation information.

Potential buyers for the BNO086 Qwiic IMU module

BNO086 Qwiic IMU breakout module is interested in a fairly wide range of users because it combines motion sensors, data processing and a simple connection in a small module. Potential buyers include:

• robotics and industrial automation developers,
• vR glasses, simulators and interactive devices developers,
• companies developing smart machines and measuring systems,
• schools, faculties and research laboratories,
• makers, electronics and development engineers,
• drone, mobile robots and AGV vehicle developers,
• repairers and integrators of industrial solutions,
• wearable electronics developers and motion monitoring devices.

The largest group of customers are robotics developers, automation, electronics and smart devices. These are people who want to test the idea quickly, reduce errors in prototypes and get a working solution as soon as possible. Therefore, the most appropriate writing style is direct, technically clear and salesable. No embellishment. Data, advantages and reasons for purchase.

Why BNO086 Qwiic IMU is cheaper than the wrong sensor

For motion sensors, the maximum cost of the module is not. The biggest cost is the time we lose when the data is not stable. Drift. Wrong orientation. Bad calibration. Too much noise. And then the search begins for fault in code, mechanics or power supply, although the problem is basically wrong sensor selection.

BNO086 has built-in CEVA BNO086 a system contained in a SiP housing combining a triaxial acceleration, a triaxial gyroscope and a triaxial magnetometer. It is also in the same system 32-bitni ARM Cortex M0+, which handles data processing. This means that the module not only sends raw numbers, it can produce useful information about rotation, acceleration, magnetic field and movement.

This is a huge advantage for development of VR, robotics and industrial applications. We're not just buying a sensor. We buy time savings, fewer mistakes and faster development.

Favourable Qwiic Connection without soldering

BNO086 The Qwiic IMU breakout module has two Qwiic connectors. This is very important for rapid prototypeing because it allows connection via 4-polnega JST connector with spacing 1 mm. The connector is polarized, so it cannot be easily turned wrong.

It means less injuries, less bad contacts and more safe testing. If I'm developing a prototype, I don't want to waste time checking every wire. I want to connect, read the data and continue to develop.

• 2 Qwiic fast connection port,
• without soldering when using the Qwiic cable,
• less possibilities for wrong connection,
• less PCB space due to small connector,
• the possibility of using classic 0.1 and pines for breakfast,
• suitable for testing, prototypes and industrial solutions.

The Qwiic system is an ecosystem of I2C sensors, actuators, shields and cables that make prototypes faster and less prone to error. This is particularly useful when developing multisensor devices, where the connection must be transparent and reliable.

Precision 3-osni IMU VR sensor, robotics and industry

BNO086 is designed for applications where the direction of movement is important. Virtual reality is very popular, but it is not necessary to spend hundreds of euros on basic technology for tracking movements. This module brings the essence of VR perception in accessible and small form.

In the core of the module is CEVA BNO086, combined triaxial accelerometer, gyroscope and magnetometer system in SiP execution. Sensor data is aggregated, corrected for drift and converted into useful information. This is why the module is suitable for projects that need to detect direction, inclination, rotation or movement.

BNO086 produces accurate rotation vector building data that are ideal for VR and other direction detection applications. The static error of rotation vector is 2.0° or less, which is very useful for many development and industrial projects.

Local Ljubljana - faster development and less waiting

In the development of electronics, local availability is a great advantage. If the project stands because of one sensor, the price of delivery from abroad is quickly no longer favourable. This is why it is important locally in Ljubljana. You get the module faster. You test faster. You can fix the mistake faster.

The Board of Inks understands that the client often not only buys a product, but solves a specific problem. The robot is not orientated properly. VR prototype's late. The industrial device needs better movement control. Therefore BNO086 Qwiic IMU breakout module good choice for development teams, repairers, hobbits and companies who want a favourable, local and technical solution.

Technical data BNO086 Qwiic IMU breakout module

BNO086 versus older BNO080 - development savings

BNO080 has been designed for Android phones and can perform the calculations required for VR glasses using the phone. Since BNO080 EOL, CEVA offers BNO086 as a plug-in alternative with improved functions. This includes 14-bit accelerometer fusion, reduced consumption in idle state and interactive calibration.

Problems addressed in practice by BNO086

A good IMU module needs to solve real problems. Not just looking nice on the specification. BNO086 Qwiic IMU breakout module helps where the project needs stable movement data.

• reduce drift in direction detection,
• enables a more accurate rrotation vector for VR and robotics,
• combine acceleration, gyro and magnetometer data,
• facilitate the development without demanding writing of their own fusion algorithms,
• allow the use of I2C, SPI or UART communications,
• accelerate prototypeing with the Qwiic system,
• reduce the possibility of misconnection,
• operating at low voltage from 2.4 V to 3.6 V,
• small enough to be installed in compact devices,
• is suitable for VR, robotics, smart devices and industrial use.

Information you can read from the BNO086 sensor

For most users, the most interesting are rotation vector data because they tell you how the device is facing in space. This is what a VR device, robot, controller, measuring system or smart device needs.

• rotation vector,
• game rotation vector,
• geomagnetic rotation vector,
• acceleration,
• linear acceleration,
• gyroscope data,
• magnetometer data,
• step count,
• activity classifier, for example, cycling,
• engraving english information.

For I2C there is also a library that allows reading rotation vector data, acceptance data, gyroscope data, magnetometer data, step count data and activation classifier data. That means you can get to useful measurements faster and not waste time with basic communication.

VR, robotics and industrial use - where BNO086 makes most sense

BNO086 Qwiic IMU breakout module is not only for one project type. Its advantage is that it is accurate enough for serious development tasks and easy enough for rapid testing.

The economics of development - not always the cheapest

Benjamin Franklin wrote down a thought that fits nicely with the development of electronics: Watch out for small costs, a small crack can sink a big ship. With motion sensors, that's true. A cheap module that gives unstable data can destroy the hours of testing.

Therefore, BNO086 Qwiic IMU breakout module is a good choice because it offers more than a low purchase price. It offers time savings, fewer connection errors, more communication options and precise data for VR, robotics and industrial devices.

• cheaper than long-term code correction,
• favourable for prototypes and small series,
• qwiic connection time savings,
• locally available in Ljubljana,
• suitable for professionals, students and development teams,
• useful for industrial use where reliability counts.

Client experience with BNO086 Qwiic IMU module

The module was used in a robotic prototype, where we had to measure the orientation of a small moving unit. The biggest difference was that we started testing the Qwiic connector almost immediately. The data were stable and integration much faster than the basic IMU modules. It's a very useful sensor for robotic development.

Such an experience is important because it beautifully demonstrates the essence of the product. BNO086 not only solves a technical problem. It also solves the psychological pressure of a developer who wants the system to finally work. No unnecessary speculation.

What Technology Media Say on Similar Theme

Technology media such as IEEE Spectrum, Hackaday and electronics magazines often emphasize that robots, wearable devices, VR systems and smart industry will increasingly depend on quality sensors. Without good information, there is no smart decision-making. Without stable motion detection, there is no reliable robotics.

This also corresponds to practical developments. When the device gets a better sense of direction, inclination and acceleration, it becomes more useful. Smarter. Safer. And more professional.

Why Choose BNO086 Qwiic IMU breakout module at Board of Inks

The World of Inks is not viewed as a simple piece of electronics. We see it as a building block for smart devices, robotics, industrial automation and development of VR solutions. Therefore, it is important that the buyer has also local support, fast availability and the possibility of having a reasonable discussion about the use of the product.

• suitable for VR and robotics,
• very accurate 3-osni sensor for development projects,
• ideal for industrial use,
• Qwiic mount for fast prototype,
• support for I2C, SPI and UART,
• small size 25.4 mm x 30.48 mm,
• weight only 3 g,
• local in Ljubljana,
• favourable for development, service, testing and small series,
• saving time and development costs.

BNO086 Qwiic IMU - a small module for large movements

If you're developing a robot, a VR device, a smart controller, a measuring device or an industrial system, you need a sensor that doesn't cause you any more problems. BNO086 Qwiic IMU breakout module for VR and robotics - 3-osni it's made for that. Put it on fast. You read the data clearly. The project goes on.

And now the controversial question: how much money do you really lose if you still use an imprecise IMU sensor in professional robotics or VR development?