High-precision IMU is coming to help in the fields of land, sea and air

 High-precision IMU is now widely used in many fields of sea, land and air. It can provide real-time and accurate information on the carrier's attitude, position and speed by measuring the carrier's acceleration and angular velocity, which is very important for dynamic control systems that require instant feedback.

We have a high-precision IMU ER-MIMU-15 with its small size and low power consumption, which can adapt to various embedded applications. This IMU has the following features:

【High-precision sensor】

Gyroscope: measurement range is ±400º/s, bias instability is 0.05º/h, angle random walk is 0.025º/√h;

Accelerometer: measurement range is ±30g, bias instability is 10ug (Allen variance).

【Lightweight and easy to install】

The volume is 47×44×14mm, the thickness is 14mm, and the weight is 40g, which meets the needs of various applications.

【Application areas】

**Aviation**

Key components: It is a key navigation and control system component for aircraft, drones and other air vehicle. It can be used for flight control and guidance systems and AHRS.

Aerial mapping: It plays an important role in the geographic information system (GIS). By carrying IMU, it can achieve high-precision positioning and three-dimensional modeling, and provide data support for urban planning, traffic management and environmental protection.

**Ocean**

Navigation safety: IMU can monitor the attitude and position of the ship in real time, provide key data support for ship navigation, automatic driving and collision avoidance systems, and ensure the safe navigation of ships in complex sea areas.

Ocean mapping: It can be used with equipment such as sonar depth sounders to provide accurate position and attitude information of ships for precise mapping and seabed landform research. It can also be used in engineering fields such as submarine pipelines and offshore oil development.

**Land **

Ground mapping: IMU can obtain the position coordinates, attitude angle, speed and other information of the measuring vehicle in real time, thereby improving the accuracy and reliability of mapping data. Whether it is road measurement, land measurement or resource assessment, high-precision IMU can play an important role.

If you are interested in this and would like to know its data sheet.

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Indispensable components for DIY drones

 

The cost-effective choice of drone sensors: revealing the secrets of high-performance nine-axis IMU

Sensors are an important part of drones and are the key to drone navigation, stable control and precise flight.

Gyroscopes and accelerometers provide carrier angular velocity and acceleration, which can be used to calculate attitude, speed, displacement and other information. Magnetometers can provide magnetic north direction.

Our IMU ER-MIMU-07 is a nine-axis IMU that integrates these three high-performance sensors. It is small in size and light in weight while ensuring performance, making it very suitable for drones.

**Lower price, higher performance**

Simplify and reduce design costs while maintaining high performance. Lower price than STIM300, but higher performance.

**Attitude control**

Gyroscope measurement range is 400º/s, bias instability is 0.3 º/h. Accelerometer bias stability is 50ug, bias repeatability is 100ug.

It can detect changes in the attitude of the drone in real time, quickly respond to any unreasonable attitude changes, and stabilize the drone.

**Navigation**

Combined with other sensor data, it can help determine the position and direction of the drone for navigation.

The volume is only 38.6x 44.8 x25.5mm, the weight is ≤70g, and the compact and small design can be easily installed on the fuselage of the drone.

**Widely applied**

In addition to drones, it can also be applied to other unmanned systems, such as autonomous driving of unmanned vehicles, unmanned ships USV and underwater vehicles UAV.

If you are interested in this and would like to know its data sheet.

You can click on links. Ask directly at bottom of page (please indicate your source): https://www.ericcointernational.com/inertial-measurement-units/mems-inertial-measurement-unit/er-711-mems-inertial-measurement-unit.html

You can also take a screenshot and send it directly to this email address: 

 ericco188@ericcointernational.com

An IMU designed specifically for drones, with multiple sensors integrated

 

Sensors are the core components of drone flight control systems, which can help drones achieve multiple functions such as attitude control, navigation, flight control, etc.

A basic drone needs to have characteristics such as stability, accuracy, low power consumption, and environmental perception. We currently have an IMU ER-MIMU-16 that perfectly meets these requirements.

**Multiple high-performance sensor integration**

Most IMUs only have built-in gyroscopes and accelerometers. Our IMU integrates sensors such as gyroscopes, accelerometers, magnetometers, and barometers (altimeters), which are very suitable for drones.

Gyroscope: dynamic measurement range: ±450º/s, bias instability :0.3º/h;

Accelerometer: dynamic measurement range: ±30g, bias instability: 10ug;

Gyroscopes and accelerometers provide the angular velocity and acceleration of the drone. These data can be calculated to obtain information such as the drone's attitude, speed, and displacement.

Magnetometer: dynamic measurement range ±2.5Gauss, can measure the strength and direction of the magnetic field, and provide the magnetic north direction.

Barometer: pressure range 450~1100mbar, by measuring atmospheric pressure, the data provided can assist the drone in navigation, rise to the required height, and accurately estimate the ascent and descent speeds.

**Lightweight design, easy to install**

This IMU has a volume of 47×44×14mm, a thickness of only 14mm, and a weight of 50g. It can be easily installed in various drones.

**SPI communication interface**

This type of communication method has a high data transmission rate and can perform high-speed data communication. It can also send and receive data at the same time, doubling the efficiency.

If you are interested in this and would like to know its data and price

You can click to view detailed information and then send an email inquiry：https://www.ericcointernational.com/inertial-measurement-units/low-cost-inertial-measurement-unit.html

You can also take a screenshot and click on the email to ask for detailed information immediately： ericco188@ericcointernational.com 

The integrated navigation: escorting safe flight of drones

 The integrated navigation: escorting safe flight of drones

GNSS systems (such as GPS, GLONASS, BDS, etc.) provide positioning services with global coverage, but the signals may be blocked or interfered with. They are usually combined with inertial navigation systems to form the integrated navigation system, which can be used in various unmanned systems.

At present, integrated navigation has been widely used in UAVs. It can perform positioning and orientation, and provide attitude, heading and altitude information to the flight control system of the UAV.

The flight control system combines other sensor information to achieve automatic flight, and can also use the combined attitude information to achieve fuselage attitude stability.

We have an integrated navigation system ER-GNSS/MINS-05, which is the most cost-effective one. It has high reliability and is reasonably priced.

1. The product has highly reliable and low-cost MEMS gyroscopes (bias instability <2°/h) and accelerometers (bias instability <24ug).

2. The integrated navigation information provided has roll and pitch accuracy up to 0.1°, post-processing 0.03°, heading 0.1°, post-processing 0.05°, and speed accuracy up to 0.03m/s.

3. Built-in full-band full-system dual-antenna positioning and orientation GNSS module. Single antenna can perform high-precision positioning and speed measurement. Dual antennas can be quickly oriented and can provide high-precision heading and attitude information, which is crucial for applications such as drones and ship navigation.

4. It also has a variety of data interfaces, easy installation, and supports RS422/RS232 and CAN. It is sufficient to meet applications in most cases.

5. It can be widely used in land, aviation, navigation and other fields, including but not limited to autonomous driving, precision agriculture, drones, unmanned surface vehicles, etc.

You can click to view detailed information and then send an email inquiry：  https://www.ericcointernational.com/inertial-navigation-system/mems-inertial-navigation-system/cost-efficient-gnss-aided-mems-ins.html

Email: ericco188@ericcointernational.com 

 

Cost-effective choice: integrated navigation, a powerful assistant for drone flight

 

GNSS technology has the advantages of high precision, all-weather, and real-time performance, and is the basis for realizing autonomous navigation of UAVs.

The integrated navigation system can provide continuous, high-precision position, speed and attitude information for the UAV flight control system. It has built-in sensors such as gyroscopes and accelerometers, which can measure the attitude and motion status of the UAV, making up for GNSS signal obstruction or Shortage during interruption.

We have an integrated navigation ER-GNSS/MINS-05, which is the most cost-effective one. It has high reliability and is reasonably priced.

1. Built-in full-band full-system dual-antenna positioning and orientation GNSS module. It can perform high-precision and rapid positioning and orientation, and provide high-precision heading and attitude information, which is crucial for drones.

2. The product has highly reliable and low-cost MEMS gyroscope (bias instability <2°/h) and accelerometer (bias instability <24ug).

3. The combined navigation information provided has a roll and pitch accuracy of up to 0.1°, post-processing 0.03°, heading 0.1°, post-processing 0.05°, and speed accuracy of up to 0.03m/s.

4. Support RTK, its positioning accuracy can reach the centimeter level, and it can perform full-system full-frequency RTK positioning and dual-antenna directional solution.

5. Anti-interference, it can still provide accurate and reliable satellite positioning in complex electromagnetic environments

6. It also has a variety of data interfaces, easy installation, and supports RS422/RS232 and CAN. It meets the application in most cases.

If you are interested in this and would like to know its data and price

please send a message to this email directly: ericco188@ericcointernational.com

You can click to view detailed information and then send an email inquiry：https://www.ericcointernational.com/inertial-navigation-system/mems-inertial-navigation-system/cost-efficient-gnss-aided-mems-ins.html

Why is this north Seeker your best choice in the drilling field?

 

During downhole operations, the main problems that the north seeking system needs to solve include impact vibration, system volume, azimuth accuracy, and downhole temperature. Considering the measurement requirements at a certain depth, the north seeker needs to be equipped with an efficient thermos bottle. The fiber optic north seeker is expensive, and its volume increases with the increase in accuracy, which greatly limits the drilling and logging equipment. In general, the north seeker needs to be installed on the guide rail of the drilling rig or on a stable plane during drilling. At the same time, it is necessary to ensure that the axis of the north seeker is consistent with the axis of the drilling rig.

But with ERICCO's MEMS North Seeker (ER-MNS-09), these problems can be easily solved. Why should we choose it?

1. New appearance, high precision: The new cylindrical north seeker tailored for this field has a diameter of only 30mm, a small size, and is easy to install in a thermos bottle, meeting the application requirements of ordinary standard cased wells, drill pipes and small well diameters.

2. Different installation positions: The special shape enables it to be placed in the probe of the drilling rig, which is more accurate than other north seekers. It can provide strong support for users to solve information such as azimuth and attitude angle. It helps drilling engineers to accurately control the trajectory of the drill bit and ensure that the drilling operation is carried out in the predetermined direction.

3. Different accuracy for you to choose: There are three models in this series (ER-MNS-09A, ER-MNS-09B, ER-MNS-09C) with north seeking accuracy of 1°secψ(1σ), 0.5°secψ(1σ), and 0.25°secψ(1σ) respectively, which can be selected according to different needs.

4. Strong and durable, resistant to high impact and vibration.

5. Adopting MEMS technology, the cost is lower, but the high performance is not compromised.

If you are interested in this and want to know more, please send me a message or leave your email address and I will reply immediately. I will update the relevant content later.

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You can click to view detailed information and then send an email inquiry： https://www.ericcointernational.com/north-finders/mems-triaxial-north-seeker-for-mining.html

Email: ericco188@ericcointernational.com  

Wechat: 18992836912

Choose a suitable IMU to make your drone flight more stable and safe

 

       As one of the core components of drones, IMU plays an irreplaceable role. Its high precision, fast response and freedom from external interference enable drones to maintain stable and precise flight and accurate navigation and positioning in complex environments, and can also perform fault diagnosis for drones. ERICCO's MEMS IMU can achieve high performance while being small in size and light in weight, making it very suitable for drones.

We have a tactical-grade IMU ER-MIMU-M02, which is low-cost and has an advantage in price. It is a 10-axis IMU with an added three-axis magnetometer and barometer (altimeter). It is only 47×44×14mm in size and weighs 50g. Compared with other IMUs, it is more suitable for drones.

The built-in accelerometer of the IMU cannot be used to detect absolute heading (yaw). The magnetometer in this IMU measures the magnetic field strength in three dimensions, which can help determine the heading of the object as well as roll and pitch, and correct the integrated error of the yaw gyroscope in the sensor fusion algorithm.

The barometer measures the atmospheric pressure and calculates the altitude of the drone, which is crucial for the safe flight of the drone!

The dynamic measurement range of the built-in gyroscope is ±450º/s, the bias instability is 2 º/h, and the angular random walk is 0.08º/√h. The dynamic measurement range of the accelerometer is 16g, the bias stability is 0.1mg (Allen variance), and the angular random walk is 0.02m/s√h.

Considering the flight time requirements of drones, this IMU has a power of only 1.5W, which can extend the flight time of drones.

This IMU has a short production cycle and can be mass-produced, which is particularly suitable for users with large demands and limited budgets.

If you are interested in this and want to know more, please follow me and send me a message, I will reply immediately. I will update the relevant content later.

Email: ericco188@ericcointernational.com  

Wechat: 18992836912