
Sustainable, Efficient,
& Affordable Engines

Sustainable, Efficient
& Affordable Engines

Sustainable, Efficient,
& Affordable Engines

Sustainable, Efficient,
& Affordable Engines
Innovation at the Core
Innovation at the Core
Innovation at the Core
Novel design philosophy to deliver sustainable solutions to multiple markets
Novel design philosophy to deliver sustainable solutions to multiple markets
Novel design philosophy to deliver sustainable solutions to multiple markets
Common Core
Common Core
Common Core
Same Core technology for Power and Propulsion
Same Core technology for Power and Propulsion
Same Core technology for Power and Propulsion
Same Core technology for Power and Propulsion
Fuel Flex Combustor
Fuel Flex Combustor
Fuel Flex Combustor
Can burn conventional & sustainable fuels, including Hydrogen
Can burn conventional & sustainable fuels, including Hydrogen
Can burn conventional & sustainable fuels, including Hydrogen
Can burn conventional & sustainable fuels, including Hydrogen
Advanced Technology
Advanced Technology
Advanced Technology
Advanced aerodynamic design, Recuperator and sealing tech
Advanced aerodynamic design, Recuperator and sealing tech
Advanced aerodynamic design, Recuperator and sealing tech
3D printing
3D printing
3D printing
Delivering elegant design at lower cost
Delivering elegant design at lower cost
Delivering elegant design at lower cost
Delivering elegant design at lower cost

Thinking Ahead
We're building for tomorrow's world where sustainability isn't an afterthought. Nabhdrishti engines are designed to work with cleaner fuels and reduce emissions.

Fuel Flexibility
Our engine will be capable of burning LNG, Natural gas, Hydrogen, Flare gas , Biofuels, blended fuels and conventional fuels
(diesel, jet fuel)

Reduced Emissions
NOX, CO2 emissions will be reduced by over 80% as compared with conventional engines

Thinking Ahead
We're building for tomorrow's world where sustainability isn't an afterthought. Nabhdrishti engines are designed to work with cleaner fuels and reduce emissions.

Fuel Flexibility
Our engine will be capable of burning LNG, Natural gas, Hydrogen, Flare gas , Biofuels, blended fuels and conventional fuels (diesel, jet fuel)

Reduced Emissions
NOX, CO2 emissions will be reduced by over 80% as compared with conventional engines

Thinking Ahead
We're building for tomorrow's world where sustainability isn't an afterthought. Nabhdrishti engines are designed to work with cleaner fuels and reduce emissions.

Fuel Flexibility
Our engine will be capable of burning LNG, Natural gas, Hydrogen, Flare gas , Biofuels, blended fuels and conventional fuels (diesel, jet fuel)

Reduced Emissions
NOX, CO2 emissions will be reduced by over 80% as compared with conventional engines

Thinking Ahead
We're building for tomorrow's world where sustainability isn't an afterthought. Nabhdrishti engines are designed to work with cleaner fuels and
reduce emissions.

Fuel Flexibility
Our engine will be capable of burning LNG, Natural gas, Hydrogen, Flare gas , Biofuels, blended fuels and conventional fuels
(diesel, jet fuel)

Reduced Emissions
NOX, CO2 emissions will be reduced by over 80% as compared with conventional engines

Parameters
ND400
Core Specs
Max Thrust
400 N
Maximum RPM
95,000
Fuel Efficiency
Specific Fuel Consumption@ maxRpm
37.5 mg/N-s
Dimensions
Engine Outer Diameter
145 mm
Engine Length (including Starter Motor)
395 mm
Mass
Engine Weight
3.95 kg
Whole Propulsion System Weight
5.2 kg
Performance
Max. Operating Altitude
10,000 m
Flight Speed Range
Mach 0-0.85
Dual Use Engines
To build sustainable, efficient and affordable micro gas turbine; we've innovated at the very core of the engine
Propulsion
Power
Oil & Gas
Manufacturing
Heavy Vehicles
Hospitals

Parameters
ND400
Core Specs
Max Thrust
400 N
Maximum RPM
95,000
Fuel Efficiency
Specific Fuel Consumption@ maxRpm
37.5 mg/N-s
Dimensions
Engine Outer Diameter
145 mm
Engine Length (including Starter Motor)
395 mm
Mass
Engine Weight
3.95 kg
Whole Propulsion System Weight
5.2 kg
Performance
Max. Operating Altitude
10,000 m
Flight Speed Range
Mach 0-0.85
Dual Use Engines
To build sustainable, efficient and affordable micro gas turbine; we've innovated at the very core of the engine
Propulsion
Power
Oil & Gas
Manufacturing
Heavy Vehicles
Hospitals

Parameters
ND400
Core Specs
Max Thrust
400 N
Maximum RPM
95,000
Fuel Efficiency
Specific Fuel Consumption@ maxRpm
37.5 mg/N-s
Dimensions
Engine Outer Diameter
145 mm
Engine Length (including Starter Motor)
395 mm
Mass
Engine Weight
3.95 kg
Whole Propulsion System Weight
5.2 kg
Performance
Max. Operating Altitude
10,000 m
Flight Speed Range
Mach 0-0.85
Dual Use Engines
To build sustainable, efficient and affordable micro gas turbine; we've innovated at the very core of the engine
Propulsion
Power
Oil & Gas
Manufacturing
Heavy Vehicles
Hospitals

Parameters
ND400
Core Specs
Max Thrust
400 N
Maximum RPM
95,000
Fuel Efficiency
Specific Fuel Consumption@ maxRpm
37.5 mg/N-s
Dimensions
Engine Outer Diameter
145 mm
Engine Length (including Starter Motor)
395 mm
Mass
Engine Weight
3.95 kg
Whole Propulsion System Weight
5.2 kg
Performance
Max. Operating Altitude
10,000 m
Flight Speed Range
Mach 0-0.85
Dual Use Engines
To build sustainable, efficient and affordable micro gas turbine; we've innovated at the very core of the engine
Propulsion
Power
Oil & Gas
Manufacturing
Heavy Vehicles
Hospitals
Request a Quote
Request a Quote
Request a Quote
Our first engine - ND 400 - is a 400 N micro gas turbine. Reach out to us for a quote.
Our first engine - ND 400 - is a 400 N micro gas turbine. Reach out to us for a quote.
Our first engine - ND 400 - is a 400 N micro gas turbine. Reach out to us for a quote.
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Thank You
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Thank You
Thank you for your submission!
We'll be in touch shortly.

Nabhdrishti Aerospace is building India's first fuel flex micro gas turbine for use in aviation and power generation.

Nabhdrishti Aerospace is building India's first fuel flex micro gas turbine for use in aviation and power generation.

Nabhdrishti Aerospace is building India's first fuel flex micro gas turbine for use in aviation and power generation.
