IDT Website Privacy Policy

Last updated: 17 May 2018

International Development of Technology B.V. has developed the website (hereby referred to as “IDT website”). This page informs you of our policies regarding the collection, use and disclosure of Personal Information we receive from users of the IDT website. Our privacy policy is in accordance with the General Data Protection Regulation (GDPR) of the European Union.

We use your Personal Information only for providing and improving the IDT website. By using the IDT website, you agree to the collection and use of information in accordance with this policy.

Information Collection And Use

While using our IDT website, we may ask you to provide us with certain personally identifiable information that can be used to contact or identify you. Personally identifiable information includes your First Name, Last Name and Email Address.

Without explicitly asking your permission, we don’t share your personally identifiable information with any third party except with our hosting provider for email management. Our agreement with our hosting provider is also in accordance with the EU GDPR.

Log Data

IDT uses Google Analytics to track and analyse visits to our website. We collect non-personally identifiable information that the IDT website sends to identify your progress through the IDT website pages. This information includes the pages of our IDT website that you visit. The data that Google Analytics uses to provide all the information in our reports comes from these sources:

-The HTTP request of the user

-Browser/system information

-First-party cookies

For more information on Google’s Privacy Policy and Google Analytics Tracking code, please refer to: 


We may use your Personal Information to contact you when you have contacted us or are seeking technical support. 


The security of your Personal Information is important to us, but remember that no method of transmission over the Internet, or method of electronic storage, is 100% secure. Our website and emails our secured through our hosting provider. While we strive to use commercially acceptable means to protect your Personal Information, we cannot guarantee its absolute security. You can increase your data security by using an up-to-date version of a virusscanner or internet security suite.

Your Rights

We take your data protection and privacy rights seriously. For more information on your rights, please visit the European Commission GDPR website: 

Changes To This Privacy Policy

This Privacy Policy is effective as of the date indicated at the top of this page and will remain in effect except with respect to any changes in its provisions in the future, which will be in effect immediately after being posted on this page.

We reserve the right to update or change our Privacy Policy at any time and you should check this Privacy Policy periodically. Your continued use of the Service after we post any modifications to the Privacy Policy on this page will constitute your acknowledgment of the modifications and your consent to abide and be bound by the modified Privacy Policy.

Contact Us

If you have any questions about this Privacy Policy, please contact us on

Visual Upgrade for FFS - International Development of Technology

Visual Upgrade for FFS

Increase your Simulator Performance and Availability

Eyevis DLP® LED Projectors for Simulation and Training

Most flight training device visual display systems utilize lamp based LCoS projectors with a typical lamp lifetime of less than 5.000 hours and a typical lifetime of the projector itself of less than 25.000 hours.

IDT offers the opportunity to increase the lifetime, availability and the reliability by upgrading the visual system to our innovative and maintenance-free eyevis ESP LED projectors. With an LED lifetime of more than 60,000 hours and a projector MTBF of more than 150.000 hours (availability: >99.9%). The LED-lit DLP projectors offer the lowest total cost of ownership (TCO) compared to any other projector on the market.

Exceeds Level D Requirements

With 10 fL (foot Lambert) brightness for daytime simulations and 0.003 fL for night-time simulations, the projection system not only meets the requirements of level D FFS, but exceeds them due to higher brightness during daytime simulations and a lower black value for night vision. This guarantees a more realistic image impression and in this way increases the quality of the simulation.

Your Benefits in a Nutshell:

  • Long life time, low TCO
  • Minimize downtime of the simulator
  • No colour wheels, no filters – zero maintenance
  • Complete upgrade in one week
  • Compliant with your simulator qualification level
  • Highest reliability

Monitoring of the Projection System

Permanent monitoring of the LEDs guarantees highest availability of the projectors. The Automatic Colour Tracking function provides actual information about the Projector. When the LED is degrading over time, the LED power is increased. An example is visible in the log as shown in the figure below. While the Eyevis LEDs have the highest reliability, if a LED failure occurs, it can be identified ahead of time. The example shows a LED failure visible by the increasing power over time. The data allows users to schedule the replacement of the LED in advance of the actual failure, which once again reduces the down times of the simulator.

Complete Visual Upgrade in One Week

IDT develops a complete optical design with Eyevis ESP LED projectors into your current visual display. Only minimum mechanical modifications are required. IDT works closely with your simulation technicians to optimize the design and installation of the projectors, support the visual tests and ensure that your flight training device maintains the qualification level. Our work method is as follows:

Initial visit

During the initial visit, we will inspect the visual display system and verify the correspondence between the projector configuration, with respect to the (rear) projection screen, and how this is described in the documentation. If necessary, we take additional measurement. Additional customer requirements will be discussed and considered. To test the mechanical and optical compatibility of the new projector, we will replace one of the existing projectors with a new LED projector in the same position and orientation. With this test we can determine the projection offset between the old and new projector. The documentation, additional measurements and requirements will be used to develop an accurate design of the new projector layout.

Mechanical Adjustments

If the existing mechanical interface of the projectors is not useable, adjustments are needed to ensure that the new LED projectors are installed securely and optically correct with respect to the (rear) projection screen. Any mechanical adjustments will be considered and discussed with the customer. We have the capability to design and manufacture new mounting brackets if necessary. Modifications to the lens opening and light skirt may be necessary in order to fit the new lens and ensure that the setup is completely light tight.

Projection System Design

A 3D design of the new projector layout including new brackets is made. In the design we leave flexibility for small adjustments of the projector so that we can optimize the position and orientation during installation. An optical analysis will be performed to verify the resulting field-of-view, image overlap and optical properties on the (rear) projection screen. To achieve the best blending during day and night scenes, special hardware blending masks are used. The optical performance will be identical to the current setup, but in most cases better.

Projector Exchange

When the new projection system design and installation procedures have been verified with the customer, the new projectors will be installed onsite. Initially, one channel will be replaced. Before moving on with the next channels, we ensure that the images are properly aligned. A laser is used as a reference. This also allows us to restore the original layout with the old projectors in case more modifications are required. When the image alignment is correct, the other channels will be replaced. Following the mechanical installation, the color adjustment will be performed using the Eyevis software tool.

Customer Engagement

The geometry adjustment and software communication is the responsibility of the customer. However, after the installation of the new projectors, we will work closely with the customer simulator engineers and technicians to ensure that the new projection system meets the expected performance.

Simulator Downtime

Although the design of visual display systems across different types of Level D full flight simulators are generally common, there may be differences in the design of the projector support platform, projector mounting and interface to the rear projection screen. Therefore, the mechanical interface is the key part of the entire installation procedure. The previously described steps ensure that the new projector will be compatible with the current setup and that the installation will go as smoothly as possible. Based on previous experiences, the total downtime of the simulator is about 5 (working) days, including testing.

Contact Us Now!

More than 30 upgrades with Eyevis ESP LED projectors have been performed in Level D Full Flight Simulators so far. Want to learn more about upgrade possibilities for your simulator? Please contact us!

Did you know?

Medical Research Centers are among IDT’s customers Learn More