logo
The Helicopter That Hunts Without Being Seen: What Apache Will Add To India's Air Power

The Helicopter That Hunts Without Being Seen: What Apache Will Add To India's Air Power

News1816-07-2025
Last Updated:
Designed to dominate hostile terrain with precision strikes, the AH-64E Apache is among the world's most advanced attack helicopters. The first three are expected next week
India is all set to receive the first three of six AH-64E Apache attack helicopters next week, marking a significant milestone in the Indian Army's aviation modernisation plans. The delivery comes under a deal signed with the United States in 2020 and will provide a serious boost to India's combat readiness along the western border.
But what exactly is the Apache helicopter, and how does it enhance India's air defence and strike capabilities?
What Are Apache Helicopters?
The AH-64E Apache is one of the world's most advanced attack helicopters, designed to deliver powerful strikes in hostile combat zones. Manufactured by US defence giant Boeing, the Apache is currently operated by the armed forces of countries like the United States, the UK, Israel, Egypt, and now India.
India first acquired 22 Apache helicopters for the Indian Air Force under a 2015 agreement. The six new ones being inducted are for the Indian Army's Aviation Corps.
According to Boeing, the Apache is equipped with 'the latest communications, navigation, sensor, and weapon systems." These include an upgraded targeting system, called the Modernised Target Acquisition Designation System, that helps pilots identify and strike targets in both day and night conditions, and even in poor visibility due to rain, dust, or fog.
The helicopter is armed with a powerful 30 mm chain gun, laser- and radar-guided Hellfire missiles for precision strikes, and rocket pods capable of engaging multiple ground targets. It also features the Longbow radar mounted above the rotor—allowing the Apache to detect, track, and prioritise threats without direct exposure.
The AH-64E is built for tough missions. It combines agility with battlefield durability through powerful engines, reinforced rotor blades, and advanced survivability systems. It is designed to fly low, strike fast, and return safely—even in the most challenging environments.
What Is The Apache Deal India Signed?
In February 2020, the Indian government approved the procurement of six AH-64E Apaches in a deal worth around $600 million. This was in addition to the earlier IAF purchase.
At the time, Boeing stated: 'This order will expand the Indian Army's capability to provide integrated combat aviation support to land forces."
When Will The Apache Helicopters Arrive?
According to NDTV, the initial batch of three Apache helicopters is scheduled to arrive next week. They will be delivered to the Indian Army at Hindon Air Force Station, where they will undergo a joint inspection by Boeing, US officials, and Indian authorities.
The remaining three helicopters are expected to arrive later in the year.
Missed Delivery Deadlines
The delivery has faced two previous delays. Originally scheduled for June 2024, the handover was first postponed to December 2024 due to supply chain disruptions. It was then pushed to July 2025, with the final three helicopters now likely to be delivered before the end of the year.
Where Will The Army Deploy These Helicopters?
The Indian Army raised its first Apache unit, 451 Army Aviation Squadron, in Jodhpur on March 15, 2024. This squadron is now set to receive the incoming helicopters, beginning formal induction.
Basing the squadron in Jodhpur suggests the Apaches will primarily operate along the western border with Pakistan, particularly across the desert terrain of Rajasthan. In this region, the helicopters will support ground forces with rapid strikes, anti-armour operations, and close air support—capabilities crucial in fast-moving battlefield scenarios.
How Are Apache Helicopters Different From Other Platforms India Uses?
India already fields the indigenously developed Light Combat Helicopter (LCH) 'Prachand' and the armed version of the Dhruv helicopter, called 'Rudra'. However, the Apache brings a different level of capability in terms of endurance, targeting precision, and firepower.
The Apaches offer superior survivability and are intended to operate in high-intensity conflict environments, including those with fortified enemy positions, armoured columns, and advanced air defences.
While the Prachand is optimised for high-altitude combat—such as in Ladakh—the Apache excels in open terrain and semi-urban warfare, especially in armoured support roles. This diverse fleet gives the Indian military flexibility to respond to a wide range of threats.
What Makes The AH-64E Special?
According to Boeing's official product details, the AH-64E offers key upgrades over previous versions:
These features allow the Apache to conduct high-precision strikes at longer ranges and operate effectively even in densely defended airspace.
How Does The Apache Fit Into India's Air Defence Strategy?
Unlike traditional air defence platforms like missile systems or interceptor aircraft, the Apache operates at low altitudes and engages targets from close range. Its ability to fly nap-of-the-earth missions allows it to neutralise threats before they can threaten ground forces or air bases.
In addition to strike missions, the Apache plays a vital role in reconnaissance and battlefield surveillance. Its advanced sensors, real-time video feeds, and target-tracking systems allow it to scout enemy positions and relay critical information—capabilities that are increasingly important for networked air-land operations.
With radar warning receivers, missile countermeasures, and high battlefield agility, the Apache enhances India's ability to operate in contested airspace, filling a crucial gap in its layered air defence system.
Why Is This Induction Significant For The Indian Army?
This is the first time that the Indian Army—rather than the Indian Air Force—will operate Apache helicopters. The move reflects the Army's push for dedicated close air support under its direct control, enabling faster coordination with ground forces in high-threat zones.
The helicopters are expected to significantly enhance tactical mobility and strike capability, particularly in armoured warfare contexts along the western frontier.
This model aligns with global military practices. Countries like the US and UK equip their ground forces with direct access to attack helicopters for battlefield support.
What's The Strategic Message?
India's induction of Apache helicopters is not just about firepower—it's also about deterrence and regional signalling. By basing these helicopters near the Pakistan border, India strengthens its immediate response capacity in a sensitive sector.
The deployment also comes at a time when troop presence has increased along the western frontier in the aftermath of Operation Sindoor—India's cross-border military response to the Pahalgam terror attack earlier this year. The Apaches are expected to reinforce this enhanced forward posture by delivering mobile strike and reconnaissance support in high-risk zones.
This move also underlines India's broader military modernisation, amid evolving threats across both western and northern borders.
India's Broader Helicopter Capability Push
The Apache deal comes alongside India's growing investment in indigenous platforms. In March last year, the Indian Army signed a contract for 25 Advanced Light Helicopters (ALH Dhruv Mk III). The Defence Ministry finalised two contracts worth over Rs 8,073 crore to procure 34 ALH Mk III helicopters—25 for the Army and 9 for the Coast Guard—marking a major step toward indigenisation in India's rotary-wing fleet.
Conclusion
The arrival of AH-64E Apache helicopters for the Indian Army marks a major leap in India's combat capabilities. With state-of-the-art sensors, precision-guided weapons, and all-weather operational readiness, the Apache is set to transform how India delivers close air support and executes deep strike missions.
Crucially, it gives the Indian Army independent access to advanced aerial firepower, enhancing both tactical flexibility and rapid response potential in critical sectors.
top videos
View all
For India's broader air defence architecture, the Apache adds a mobile, combat-proven platform that strengthens integrated warfare capability and fortifies deterrence along sensitive borders.
With this induction, India not only sharpens its military edge but also deepens strategic defence ties with the United States, reinforcing its position as a serious regional power.
About the Author
Karishma Jain
Karishma Jain, Chief Sub Editor at News18.com, writes and edits opinion pieces on a variety of subjects, including Indian politics and policy, culture and the arts, technology and social change. Follow her @kar...Read More
Get Latest Updates on Movies, Breaking News On India, World, Live Cricket Scores, And Stock Market Updates. Also Download the News18 App to stay updated!
tags :
air defence apache helicopter india Indian Army
view comments
Location :
New Delhi, India, India
First Published:
July 16, 2025, 13:57 IST
News explainers The Helicopter That Hunts Without Being Seen: What Apache Will Add To India's Air Power
Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Mission next: Isro sets sights on building rocket as high as 40-storey, among tallest in world
Mission next: Isro sets sights on building rocket as high as 40-storey, among tallest in world

Time of India

time2 hours ago

  • Time of India

Mission next: Isro sets sights on building rocket as high as 40-storey, among tallest in world

1 2 Hyderabad: The Indian Space Research Organisation ( ISRO ) is gearing up to develop one of the tallest rockets ever built by man -- a nextgen launch vehicle as high as a 40-storey building (over 120 meters) to put a 75,000 kg (75-tonne) payload in low Earth orbit (LEO), ISRO chairman V Narayanan said here on Tuesday. "Do you know what the capacity of a rocket (launcher) is? The first launcher, which was built by Dr APJ Abdul Kalam Ji, had a 17-tonne lift-off mass and was capable of placing 35 kg in LEO," Narayanan said at the 84th convocation ceremony of Osmania University (OU) in Hyderabad. "Fifty years ago, we were in the phase of launching the first satellite. Now, we are shoulder to shoulder with every developed nation," Narayanan said. You Can Also Check: Hyderabad AQI | Weather in Hyderabad | Bank Holidays in Hyderabad | Public Holidays in Hyderabad | Gold Rates Today in Hyderabad | Silver Rates Today in Hyderabad Elon Musk 's SpaceX currently holds the distinction of building the world's tallest rocket – Starship – which stands nearly 122 meters tall. On India's ambitions to put man on the moon, the ISRO chief said that, as suggested by PM Modi during his meeting with Shubhanshu Shukla, ISRO is in the process of developing a pool of 40 to 50 astronauts for India's future space missions. This even as ISRO is already in advanced stages of its Gaganyaan human space flight mission, where Indians astronauts will travel to space on an Indian rocket for the first time. "The first unmanned mission is planned very shortly... PM recently rolled out the broad envelope of where our space programme has to reach in the coming years. The Chandrayaan-4 programme is already approved and this mission shall be planned as a sample-return mission," Narayanan added. "An Indian has to land on the moon and return safely by a fully indigenous moon mission by 2040," he added. By 2035, a 52-tonne mass space station - Bhartiya Anthariksha Station (BAS) - is going to be built by the ISRO, reiterated Narayanan, adding that the initial modules in space for the same shall start as early as 2027. He also revealed key events that unfolded prior to Indian astronaut Shubhanshu Shukla's successful journey to the International Space Station (ISS) and back, which was the first step in the ambitious Gaganyaan mission , and said that had the rocket taken off as per the initial schedule it would have been a "catastrophic failure". While the original launch of SpaceX Falcon rocket was planned for June 11, he said a day prior to the launch, a team led by him, that was camping at the Kennedy Space Centre, detected a leak in the rocket, pushing the launch date to June 25. "When there was a discussion, 14 questions were asked but none of them were answered satisfactorily, including where the leak was. Finally, we put up a demand on behalf of the Indian govt and the leakage was fixed. Based on the insistence of Indians, the Indian education system, and ISRO training, the fault was corrected. Today we have accomplished a safe mission, not only for Shubhanshu Shukla but also for three other international astronauts," he explained. These key missions apart, ISRO is also working on the Venus Orbiter Mission (VOM) (Shukrayaan) in which a spacecraft will be sent to study Venus. ISRO also plans to launch the Technology Demonstration Satellite (TDS) and GSAT-7R, an Indian military communication satellite specifically designed for the Indian Navy to replace the existing GSAT-7 (Rukmini) satellite, this year among other initiatives. He said India's premier space agency is also working on executing a significant mission in the next three months — of placing a 6,500 kg communication satellite built by the US, into orbit using an Indian rocket. Other projects in the pipeline include the Navigation with India Constellation system (NAVIC) satellite and the N1 rocket. The ISRO Chief also said that the NISAR (NASA-ISRO Synthetic Aperture Radar) satellite, which was launched on July 30 this year to monitor the changes in Earth's ecosystems, is working "fantastically well". "In fact, this morning, we saw that the first product has come from the satellite, which is going to be useful for the entire global community," he added. The agency is also developing a G20 satellite for the G20 countries, which aims to help the countries of the global south. Pointing out that India has 55 satellites in orbit right now, Narayanan said the number will increase threefold in another three to four years. On the occasion, a degree of Doctor of Science ( was also conferred upon the ISRO director making him the 50th recipient of this honorary doctorate from OU. MSID:: 123388926 413 | Stay updated with the latest local news from your city on Times of India (TOI). Check upcoming bank holidays , public holidays , and current gold rates and silver prices in your area.

Workers embrace AI to future-proof careers, says Indeed's work ahead report
Workers embrace AI to future-proof careers, says Indeed's work ahead report

Time of India

time2 hours ago

  • Time of India

Workers embrace AI to future-proof careers, says Indeed's work ahead report

Many workers in India are preparing for the next wave of workplace change by embracing AI as a means to stay employable, grow in their careers, and secure future opportunities, according to The Work Ahead report, Indeed's latest workforce survey of more than 3,000 professionals across India, including both white and blue-collar workers, found that 43% feel confident about the technologies they expect to use in the next two to five years, such as Generative AI and Agentic AI. Many see AI not just as a productivity tool, but as a skill that could open doors to higher pay, promotions, and new career paths. Confidence is highest among mid-career professionals aged 35 to 54, nearly half of whom (49%) report being ready to navigate AI-integrated workplaces, outpacing their younger peers aged 18 to 24. Importantly, 56% of mid-career professionals say they want significantly more training to stay future-ready, compared to just 41% of their younger counterparts. Their top motivations include advancing their careers, staying updated with evolving technology, and becoming more efficient at work. Notably, nearly one-third of workers express concern about job security if they don't keep up with technological change. 'There's a determined confidence building across India's workforce,' said Sashi Kumar, Head of Sales, Indeed India . 'Mid-career professionals, in particular, are not only using AI but actively seeking upskilling opportunities to master it. The rise in interest around Agentic AI signals that we are at the beginning of a transformation, one where job seekers are not just responding to change, but leading it.' AI is becoming a core workplace skill The survey reveals that AI has moved well beyond the hype cycle and into daily workplace reality. Among those surveyed, 34% expect to use Generative AI tools frequently in the near future. A quarter of respondents are already anticipating the adoption of Agentic AI tools - AI systems that can autonomously complete complex tasks. These tools are increasingly seen as essential alongside traditional workplace technologies like email and cloud storage, reshaping job descriptions and the skills employers value most. Even in traditionally hands-on roles, AI is making inroads. Among blue-collar workers surveyed, 70% say technology helps them at work, and two in ten are already using Generative AI in their roles, from streamlining paperwork to improving customer service. What workers need to stay employable Overall, Indian professionals know what they need to succeed in this AI-powered future. Many are asking for dedicated time during the workday to learn and adapt. A significant portion of the workforce 29% is looking for access to self-paced online training programs to upgrade their skills on their own terms. While the appetite for learning is high, workers also want employers to create space, structure, and support to make that learning effective. 'As we move ahead, upskilling in AI wouldn't just be good practice; it'll be the career accelerator. Workers who build AI skills will be better positioned for higher pay, promotions, and future roles, a trend that we already see picking up', Sashi added .

Siemens Xcelerator empowers space-tech pioneer Skyroot Aerospace in its Digital Transformation
Siemens Xcelerator empowers space-tech pioneer Skyroot Aerospace in its Digital Transformation

Time of India

time2 hours ago

  • Time of India

Siemens Xcelerator empowers space-tech pioneer Skyroot Aerospace in its Digital Transformation

Bengaluru, August 19: Siemens Digital Industries Software announced today that Skyroot Aerospace, a leading private space launch service company in India, has adopted Polarion software from the Siemens Xcelerator portfolio to digitally transform its software development processes and enhance efficiency, as it aims to accelerate access to space for its customers worldwide. The Indian rocket maker adopts Polarion to optimize software workflow andenhance in 2018 by Pawan Kumar Chandana and Naga Bharath Daka, Skyroot Aerospace made history in 2022 with Vikram-S, India's first privately developed rocket to reach space, and is now preparing for commercial orbital launches with Vikram-1. Headquartered in Hyderabad, Telangana, Skyroot operates with a team of over 500 space professionals and leverages advanced manufacturing technologies - including carbon composites and 3D-printed engines- to build affordable, on-demand, and versatile launch vehicles. "As a fast-growing aerospace company serving a diverse set of global customers, optimizing our software lifecycle is essential to executing projects efficiently. Polarion provides a seamless solution to manage our software workflows, allowing our team to focus on what they do best. With Siemens' deep expertise in the aerospace industry, we know we have a trusted partner as we continue to push the boundaries of space technology," said Naga Bharath Daka, Co-founder & COO, Skyroot Aerospace. By adopting Polarion, Skyroot is able to unify its software and systems development processes, improve traceability and compliance, enhance collaboration across engineering teams, and streamline lifecycle management for its aerospace systems. "Skyroot Aerospace is a true pioneer in both the Indian private space industry and globally, achieving remarkable growth and investment as it builds out its program - and its testament to its vision that is adopting Polarion to accelerate its digital transformation," said Mathew Thomas, Vice President and Managing Director for India, Siemens Digital Industries Software. "The Indian space industry is set for growth, and I'm delighted to see that homegrown leaders such as Skyroot Aerospace are choosing Siemens as their trusted partner, and we look forward to helping it achieve its mission to make spaceflight affordable, on-demand, and versatile."

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store