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Accurate Positioners

EL/AZ 4049-1D

Dual Drive Positioner for Heavy Size Payloads

The AL-4049-1D, Elevation over Azimuth Antenna Positioner, is designed to support large antennas (7.0-11.0 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range aeronautical telemetry tests, tracking of LEO (Low Earth Orbit) satellites for high resolution earth observation missions and tracking of MEO (Medium Earth Orbit) satellites for navigation applications. The AL-4049-1D model is a high performance pedestal, which is reflected in the “ZERO” backlash, high orthogonality (up to 0.02º) and high encoder accuracy (0.02º RMS)

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Four high power, digital servo amplifiers to control antenna motion
  • Dual drive, zero backlash enabling high torque and stability
  • Brushless motor and planetary gear assembly modular & easily maintainable, robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure

Press releases

EL/AZ 4049-1D

EL/AZ-4034D

Heavy Duty, Highly Accurate Tracking Positioner

The AL-4034D is a highly accurate, self-contained elevation over azimuth tracking positioner designed to support medium and large-sized antennas (3.0-5.5 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range telemetry tests and tracking of high resolution LEO (Low Earth Orbit) satellites for earth observation missions. The AL-4034D is a ground-based tracking solution, and is transportable to fit diverse application needs.

 

 The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-in-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Dual digital servo amplifier to control antenna motion
  • Highly dynamic with zero backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure

Press releases

EL/AZ-4034D

EL/AZ-4018D

Dual Drive Positioner for High/Medium Size Payload

The AL-4018D is a highly accurate, dual drive elevation over azimuth tracking positioner capable of supporting high torques with a relatively small pedestal. Its design to support mid-range antenna sizes (1.8-3.7m). The AL-4018D may be ground-based, transportable or shipboard (with additional stabilization), which makes it suitable for diverse tracking applications such as test telemetry, tracking of earth observation LEO satellites, missile launch tracking, LOS and others.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Zero backlash enabling highest accuracy
  • Digital servo amplifier to control antenna motion
  • Dual drive for higher torque
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • Robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure

Press releases

EL/AZ-4018D

EL/AZ-4018S

Single Drive Positioner for High/Medium Size Payloads

The AL-4018S is a highly accurate and cost-effective elevation over azimuth tracking positioner capable of supporting small to mid-range antenna sizes. The AL-4018S may be ground-based, transportable or shipboard (with additional stabilization), which makes it ideal for test telemetry, missile launch tracking and LOS applications.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Cost-effective, highly accurate pedestal
  • Digital servo amplifier to control antenna motion
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure

Press releases

EL/AZ-4018S

EL/AZ-4016S

Single Drive Light Weight Positioner for Low/Medium Size Payloads

The AL-4016S is a highly accurate self-contained elevation over azimuth tracking solution that delivers high performance under the most demanding operational conditions. The AL-4016S may be ground-based, mobile, transportable or shipboard (with additional stabilization), which makes it suitable for test telemetry, missile launch tracking and LOS applications. The system can be modified to meet customers’ specific requirements based on ORBIT’s field proven building blocks.

 

The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure

Press releases

EL/AZ-4016S

EL/AZ-4012S

Single Drive Transportable Light Weight Positioner for Low Size Payloads

The AL-4012S is a portable light-weight solution for field-based applications that require highly accurate tracking capabilities, such as UAS command and control, telemetry and stabilized point-to-point RF communications. The system design to support small sized antennas up to 1.5 m. The AL-4012S is a self-contained elevation over azimuth tracking positioner that delivers high performance under the most demanding field conditions. The easy-to-deploy AL-4012S may be ground-based, transportable or shipboard (with additional stabilization) to fit your application needs.

 

The system can be quickly modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Integrated Antenna Control Unit (optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure

Press releases

EL/AZ-4012S

EL/AZ 4049-1D

Dual Drive Positioner for Heavy Size Payloads

The AL-4049-1D, Elevation over Azimuth Antenna Positioner, is designed to support large antennas (7.0-11.0 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range aeronautical telemetry tests, tracking of LEO (Low Earth Orbit) satellites for high resolution earth observation missions and tracking of MEO (Medium Earth Orbit) satellites for navigation applications. The AL-4049-1D model is a high performance pedestal, which is reflected in the “ZERO” backlash, high orthogonality (up to 0.02º) and high encoder accuracy (0.02º RMS)

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Four high power, digital servo amplifiers to control antenna motion
  • Dual drive, zero backlash enabling high torque and stability
  • Brushless motor and planetary gear assembly modular & easily maintainable, robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ 4049-1D

Press releases

EL/AZ-4034D

Heavy Duty, Highly Accurate Tracking Positioner

The AL-4034D is a highly accurate, self-contained elevation over azimuth tracking positioner designed to support medium and large-sized antennas (3.0-5.5 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range telemetry tests and tracking of high resolution LEO (Low Earth Orbit) satellites for earth observation missions. The AL-4034D is a ground-based tracking solution, and is transportable to fit diverse application needs.

 

 The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-in-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Dual digital servo amplifier to control antenna motion
  • Highly dynamic with zero backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure EL/AZ-4034D

Press releases

EL/AZ-4018D

Dual Drive Positioner for High/Medium Size Payload

The AL-4018D is a highly accurate, dual drive elevation over azimuth tracking positioner capable of supporting high torques with a relatively small pedestal. Its design to support mid-range antenna sizes (1.8-3.7m). The AL-4018D may be ground-based, transportable or shipboard (with additional stabilization), which makes it suitable for diverse tracking applications such as test telemetry, tracking of earth observation LEO satellites, missile launch tracking, LOS and others.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Zero backlash enabling highest accuracy
  • Digital servo amplifier to control antenna motion
  • Dual drive for higher torque
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • Robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4018D

Press releases

EL/AZ-4018S

Single Drive Positioner for High/Medium Size Payloads

The AL-4018S is a highly accurate and cost-effective elevation over azimuth tracking positioner capable of supporting small to mid-range antenna sizes. The AL-4018S may be ground-based, transportable or shipboard (with additional stabilization), which makes it ideal for test telemetry, missile launch tracking and LOS applications.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Cost-effective, highly accurate pedestal
  • Digital servo amplifier to control antenna motion
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4018S

Press releases

EL/AZ-4016S

Single Drive Light Weight Positioner for Low/Medium Size Payloads

The AL-4016S is a highly accurate self-contained elevation over azimuth tracking solution that delivers high performance under the most demanding operational conditions. The AL-4016S may be ground-based, mobile, transportable or shipboard (with additional stabilization), which makes it suitable for test telemetry, missile launch tracking and LOS applications. The system can be modified to meet customers’ specific requirements based on ORBIT’s field proven building blocks.

 

The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4016S

Press releases

EL/AZ-4012S

Single Drive Transportable Light Weight Positioner for Low Size Payloads

The AL-4012S is a portable light-weight solution for field-based applications that require highly accurate tracking capabilities, such as UAS command and control, telemetry and stabilized point-to-point RF communications. The system design to support small sized antennas up to 1.5 m. The AL-4012S is a self-contained elevation over azimuth tracking positioner that delivers high performance under the most demanding field conditions. The easy-to-deploy AL-4012S may be ground-based, transportable or shipboard (with additional stabilization) to fit your application needs.

 

The system can be quickly modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Integrated Antenna Control Unit (optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure EL/AZ-4012S

Press releases

Tracking Telemetry and Control

EL/AZ 4049-1D

Dual Drive Positioner for Heavy Size Payloads

The AL-4049-1D, Elevation over Azimuth Antenna Positioner, is designed to support large antennas (7.0-11.0 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range aeronautical telemetry tests, tracking of LEO (Low Earth Orbit) satellites for high resolution earth observation missions and tracking of MEO (Medium Earth Orbit) satellites for navigation applications. The AL-4049-1D model is a high performance pedestal, which is reflected in the “ZERO” backlash, high orthogonality (up to 0.02º) and high encoder accuracy (0.02º RMS)

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Four high power, digital servo amplifiers to control antenna motion
  • Dual drive, zero backlash enabling high torque and stability
  • Brushless motor and planetary gear assembly modular & easily maintainable, robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ 4049-1D

Press releases

EL/AZ-4034D

Heavy Duty, Highly Accurate Tracking Positioner

The AL-4034D is a highly accurate, self-contained elevation over azimuth tracking positioner designed to support medium and large-sized antennas (3.0-5.5 m in diameter). Accordingly, it is well-equipped to meet the demanding requirements of applications such as longer range telemetry tests and tracking of high resolution LEO (Low Earth Orbit) satellites for earth observation missions. The AL-4034D is a ground-based tracking solution, and is transportable to fit diverse application needs.

 

 The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-in-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Dual digital servo amplifier to control antenna motion
  • Highly dynamic with zero backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure EL/AZ-4034D

Press releases

EL/AZ-4018D

Dual Drive Positioner for High/Medium Size Payload

The AL-4018D is a highly accurate, dual drive elevation over azimuth tracking positioner capable of supporting high torques with a relatively small pedestal. Its design to support mid-range antenna sizes (1.8-3.7m). The AL-4018D may be ground-based, transportable or shipboard (with additional stabilization), which makes it suitable for diverse tracking applications such as test telemetry, tracking of earth observation LEO satellites, missile launch tracking, LOS and others.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Zero backlash enabling highest accuracy
  • Digital servo amplifier to control antenna motion
  • Dual drive for higher torque
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable
  • robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4018D

Press releases

EL/AZ-4018S

Single Drive Positioner for High/Medium Size Payloads

The AL-4018S is a highly accurate and cost-effective elevation over azimuth tracking positioner capable of supporting small to mid-range antenna sizes. The AL-4018S may be ground-based, transportable or shipboard (with additional stabilization), which makes it ideal for test telemetry, missile launch tracking and LOS applications.

 

The modular system can be modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is built for easy assembly and dismantling and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Cost-effective, highly accurate pedestal
  • Digital servo amplifier to control antenna motion
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4018S

Press releases

EL/AZ-4016S

Single Drive Light Weight Positioner for Low/Medium Size Payloads

The AL-4016S is a highly accurate self-contained elevation over azimuth tracking solution that delivers high performance under the most demanding operational conditions. The AL-4016S may be ground-based, mobile, transportable or shipboard (with additional stabilization), which makes it suitable for test telemetry, missile launch tracking and LOS applications. The system can be modified to meet customers’ specific requirements based on ORBIT’s field proven building blocks.

 

The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Modular & easily maintainable robust, reliable durable for harsh outdoor environmental conditions.

Resources

Brochure EL/AZ-4016S

Press releases

EL/AZ-4012S

Single Drive Transportable Light Weight Positioner for Low Size Payloads

The AL-4012S is a portable light-weight solution for field-based applications that require highly accurate tracking capabilities, such as UAS command and control, telemetry and stabilized point-to-point RF communications. The system design to support small sized antennas up to 1.5 m. The AL-4012S is a self-contained elevation over azimuth tracking positioner that delivers high performance under the most demanding field conditions. The easy-to-deploy AL-4012S may be ground-based, transportable or shipboard (with additional stabilization) to fit your application needs.

 

The system can be quickly modified to meet customers’ specific requirements based on ORBIT’s field-proven building blocks. The system is easy to assemble and dismantle and includes comprehensive BIT (Built-In-Test) capabilities for the entire pedestal.

  • Elevation Over Azimuth axes configuration (stabilization is optional)
  • Integrated Antenna Control Unit (optional)
  • Digital servo amplifier to control antenna motion
  • Highly dynamic with low backlash for highest accuracy
  • Brushless motor and planetary gear assembly
  • Robust, reliable durable for harsh outdoor environmental conditions

Resources

Brochure EL/AZ-4012S

Press releases

Why Choose Orbit

Elevation Over Azimuth axes configuration

Integrated Antenna Control Unit (optional)

Digital servo amplifier to control antenna motion

robust, reliable durable for harsh outdoor environmental conditions

Why Choose Orbit

Elevation Over Azimuth axes configuration

Integrated Antenna Control Unit (optional)

Digital servo amplifier to control antenna motion

robust, reliable durable for harsh outdoor environmental conditions

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Itzchak Gat

Chairman of the Board

Before becoming Orbit’s Chairman of the Board, Itzchak Gat served as Chairman of Rafael Advanced Defense Systems. Prior to that, he served as CEO/GM at Rafael, Elisra and Poalim Electronic Communications and as VP at the Etgar (Challenge) Fund. A retired Brigadier General, Itzchak served 27 years as a fighter pilot and a commander in the Israeli Air Force, where he also headed the Operational Requirements Department, and the Logistics and Engineering Directorate, respectively. He holds a B.Sc. in Aeronautical Engineering from Technion, the Israel Institute of Technology.

Itzchak Gat

Chairman of the Board

Before becoming Orbit’s Chairman of the Board, Itzchak Gat served as Chairman of Rafael Advanced Defense Systems. Prior to that, he served as CEO/GM at Rafael, Elisra and Poalim Electronic Communications and as VP at the Etgar (Challenge) Fund. A retired Brigadier General, Itzchak served 27 years as a fighter pilot and a commander in the Israeli Air Force, where he also headed the Operational Requirements Department, and the Logistics and Engineering Directorate, respectively. He holds a B.Sc. in Aeronautical Engineering from Technion, the Israel Institute of Technology.

Bentzi Raziel

COO & Deputy CEO

Bentzi Raziel was appointed Senior VP Operations and Global Service of Orbit in 2014. Prior to that, Bentzi who have been with Orbit for over20 years, and has held senior management positions delivering a wealth of technical and operational experience in managing complex engineering environments and leading cross-functional teams worldwide, spearheading Orbit’s global service organization. He has a proven track record in designing and implementing business operations aimed toward the creation and improvement of global supply chains. Bentzi has been responsible for the leading and execution of operational excellence practices through establishing policies that promote company culture and vision. Bentzi holds a Practical Engineering degree as well as a BA in Business Management from Rupin College as well as MBA from Netanya College in Israel

Liat Horovitz

Director of HR

Liat joined Orbit in June 2020 as HR Director. Liat has more than 15 years of experience inHR roles in
global Hi-Tech companies, leading cross-organizational HR processes including: hiring, talent
management, training, coaching and consulting, comp & benefits. Prior to joining Orbit, Liat was
HRBP at Strauss Water, ECI Telecom and F5 Networks. Liat has an MA in Public Administration from
Bar Ilan University.

Micha Barda

VP Program Management

Micha Barda joined Orbit in 2019. Prior to that he served as a head of the Marine Communication
Systems Unit in the Israeli navy C4I Division. He managed R&D for marine communication systems,
including managing a branch of 25 engineers, large scale project management and advanced
technologies. Micha has extensive experience in program management, system engineering,
integration, deployment and maintaining of complex systems and multi-disciplinary projects with
a focus on program management AMS, T&T and Satellite Systems. Micha is a graduate of BSc
Electrical and Electronics Engineering at the Ruppin Academic Center.

Liat Horovitz

Director of HR

Liat joined Orbit in June 2020 as HR
Director. Liat has more than 15 years
of experience in HR roles in global Hi-Tech companies, leading cross-organizational HR processes
including: hiring, talent management, training, coaching and consulting, comp & benefits. Prior to joining Orbit, Liat was HRBP at Strauss Water, ECI Telecom and F5 Networks. Liat has an MA in Public Administration from Bar Ilan University.

Micha Barda

VP Program Management

Micha Barda joined Orbit in 2019. Prior to that he served as a head of the Marine Communication Systems Unit
in the Israeli navy C4I Division. He managed R&D for marine communication systems, including managing a branch of 25 engineers, large scale project management and advanced technologies. Micha has extensive experience in program management, system engineering, integration, deployment and maintaining of complex systems and multi-disciplinary projects with a focus on program management AMS, T&T and Satellite Systems. Micha is a graduate of BSc Electrical and Electronics Engineering at the Ruppin Academic Center.

Roi Wirth

Chief Financial Officer

Roi Wirth joined Orbit in January 2018 as Financial Manager and was appointed CFO of Orbit in
January 2021. Roi brings with him over 13 years of extensive experience in a variety of managerial,
financial, tax and accounting-related positions. Prior to joining Orbit, he served as a Senior Manager
in the High-Tech Division at Ernst & Young working with private and publicly traded companies on
the Tel Aviv and New York Stock Exchanges. Roi is a licensed CPA and holds a BA in Accounting and
Economics from Haifa University.

Dany Eshchar

President and CEO

Dany Eshchar has extensive experience leading defense, high-tech and international business
development organizations. Before joining Orbit as CEO, Dany served as Deputy CEO for the Israel- and
US-based Aeronautics Group, where he led Sales, Marketing and Business Development efforts and
managed substantial international business growth. Prior to Aeronautics, Dany headed R&D projects
for the Israel Navy. He holds a Bachelors in Engineering from Israel’s Technion Institute of Technology
and Master’s degrees from both Technion and the University of Michigan.

Avi Shukrun

VP Research And Development

Avi Shukrun joined Orbit in September 2019, bringing with him more than 20 years of experience in
multidisciplinary technology development and life cycle management in the Aerospace, Commercial
Avionics and the Space markets. Prior to joining Orbit, he held several key management positions at
Elbit Systems, including Director of Space Systems and Director of Display and Electro-Optics.
Avi holds a B.Sc in Electrical Engineering from Ben-Gurion University, Israel and an MBA from the
Polytechnic Institute of New York University.

Stav Gizunterman

VP Sales And Marketing

Stav Gizunterman was appointed VP Sales and Marketing of Orbit in 2019, after having been promoted
to VP R&D in 2017. He has held senior technical and business management positions at the company
since 2012. Prior to joining Orbit, he served in a variety of engineering roles at Elbit Systems. Stav holds
a B.Sc. in Communication Systems Engineering from Ben-Gurion University, Israel, and an MBA from
Heriot-Watt University.

Bentzi Raziel

COO & Deputy CEO

Bentzi Raziel was appointed Senior VP Operations and Global Service of Orbit in 2014. Prior to that, Bentzi who have been with Orbit for over20 years, and has held senior management positions delivering a wealth of technical and operational experience in managing complex engineering environments and leading cross-functional teams worldwide, spearheading Orbit’s global service organization. He has a proven track record in designing and implementing business operations aimed toward the creation and improvement of global supply chains. Bentzi has been responsible for the leading and execution of operational excellence practices through establishing policies that promote company culture and vision. Bentzi holds a Practical Engineering degree as well as a BA in Business Management from Rupin College as well as MBA from Netanya College in Israel

Roi Wirth

Chief Financial Officer

Roi Wirth joined Orbit in January
2018 as Financial Manager and was
appointed CFO of Orbit in January
2021. Roi brings with him over 13
years of extensive experience in a
variety of managerial, financial, tax
and accounting-related positions.
Prior to joining Orbit, he served as a
Senior Manager in the High-Tech
Division at Ernst & Young working
with private and publicly traded
companies on the Tel Aviv and New
York Stock Exchanges. Roi is a
licensed CPA and holds a BA in
Accounting and Economics from
Haifa University.

Dany Eshchar

President and CEO

Dany Eshchar has extensive
experience leading defense,
high-tech and international business
development organizations. Before
joining Orbit as CEO, Dany served as
Deputy CEO for the Israel- and
US-based Aeronautics Group, where
he led Sales, Marketing and Business
Development efforts and managed
substantial international business
growth. Prior to Aeronautics, Dany
headed R&D projects for the Israel
Navy. He holdsa Bachelors in
Engineering from Israel’s Technion
Institute of Technology and Master’s
degrees from both Technion and the
Universityof Michigan.

Avi Shukrun

VP Research And Development

Avi Shukrun joined Orbit in
September 2019, bringing with him
more than 20 years of experience in
multidisciplinary technology
development and life cycle
management in the Aerospace,
Commercial Avionics and the Space
markets. Prior to joining Orbit, he held
several key management positions
at Elbit Systems, including Director
of Space Systems and Director of
Display and Electro-Optics. Avi holds
a B.Sc in Electrical Engineering from
Ben-Gurion University, Israel and an
MBA from the Polytechnic Institute of
New York University.

Stav Gizunterman

VP Sales And Marketing

Stav Gizunterman was appointed
VP Sales and Marketing of Orbit in
2019, after having been promoted
to VP R&D in 2017. He has held senior
technical and business management
positions at the company since 2012.
Prior to joining Orbit, he served in a
variety of engineering roles at Elbit
Systems. Stav holds a B.Sc. in
Communication Systems Engineering
from Ben-Gurion University, Israel,
and an MBA from Heriot-Watt
University.