
Apache helicopter price: How much did India pay for these deadly war machines, and who builds them?
The Indian Army has received three Apache AH-64E attack helicopters from the American company Boeing and these are part of a deal for a total of six Apache helicopters, worth Rs. 4,168 crore. According to the deal, the cost of one Apache helicopter is estimated to be between Rs. 860 crore and Rs. 948.5 crore, making it one of the most advanced and expensive military helicopters in the world. The U.S. Army also uses the same type of helicopter.
This deal is separate from an earlier agreement made in 2015 between Boeing and the Indian Air Force, under which 22 Apache E-model helicopters were delivered. That earlier delivery was completed in 2020.
Later, the Ministry of Defence signed a new agreement specifically for the Indian Army, approving the purchase of six more Apache AH-64E helicopters at a cost of Rs. 4,168 crore. Why is the Apache so expensive?
The AH-64E Apache is expensive because it is highly advanced combat machine and not just any regular helicopter. Its high price comes from the advanced technology and powerful features it carries.
One of its key strengths is the Longbow radar, which is mounted on top of the rotor. This special radar allows the helicopter to detect and target enemies while staying hidden behind obstacles like trees or hills.
It also has MUM-T (Manned-Unmanned Teaming) technology. This allows the Apache to work together with drones, jam enemy radar, and launch attacks directly from the cockpit.
The helicopter comes equipped with infrared sensors, laser-guided systems, and night-vision tools, which makes it fully capable of operating in any weather and even during night missions.
To protect the crew, the Apache has strong armor, crash-resistant seats, and electronic countermeasures that help avoid enemy attacks, all of which increase the safety of both the pilot and the aircraft. What other special features does Apache have?
The AH-64E Apache is the latest and most upgraded version of this combat helicopter. It is specially designed to handle multiple tasks during battle. It comes with advanced sensors that can detect and gather information from a long distance.
This helicopter can also connect with other systems around it, like ground units, drones, and command centers. It uses all available tools and data to improve performance and coordination during missions. What does this deal show?
This purchase reflects that India still depends on foreign defence equipment, even with the push for the 'Make in India' initiative. However, it is also important to know that the Apache helicopters are highly advanced and strategically important and cannot be easily replaced by local alternatives.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
3 hours ago
- Time of India
Ludh duo build auto unit to turn waste into compost
Ludhiana: In an interesting achievement for the city youth innovation ecosystem, two Class XII students Abhishek Dhanda and Prabhkirat Singh have developed an innovative automated vermocompost unit for sustainable waste management. Tired of too many ads? go ad free now Their innovation, Prithvi Rakshak, is a one-of-a-kind, student-led, fully automated vermicomposting unit that uses advanced technology to convert organic waste into high-quality compost, almost three times faster than conventional methods. The idea first germinated at an innovation event held at Punjab Agricultural University (PAU), where the duo initially experimented with kitchen waste and local bio-waste. Inspired by the potential of vermicomposting but frustrated by its slow pace, they began reengineering the process. "We realised the key to speeding up the composting cycle was in creating optimal conditions for the earthworms, mainly temperature and humidity. That's where sensors, robotics, and AI came in," Abhishek said. Using AI-driven temperature and humidity sensors, along with a proprietary bioenzyme formula, the students at BCM Arya Model School, Shastri Nagar succeeded in reducing the traditional composting cycle from 60 to 90 days to just 38 days. Their robotic assistant, VermiDoot, collects and processes organic waste, while their companion mobile app, VermiVeda, helps monitor the system and manage operations remotely. The unit is also IoT-enabled, allowing real-time data tracking. They said that their startup has already processed over 12,000 kg of organic waste monthly, generating Rs 1 lakh in revenue and a single unit could scale to Rs 2.5-Rs 3 lakh per month. Tired of too many ads? go ad free now They said the unit also produces vermiwash as byproduct and vermisticks. "Since we are able to observe the parameters 24x7, and also control them to create the most conductive environment, not only is vermicompost create much faster but also of high quality which has optimal moisture, pH and other parameters, for improving soil fertility," said Prabhkirat. Their efforts have earned widespread recognition both nationally and internationally. The students represented India at the IEEE Junior Scientist International Competition in Tunisia, where their work was showcased at Science City. They were also finalists in the Net Zero Carbon Emission Challenge, EcoHackathon Delhi, and Eureka Junior, and ranked among the top 10 in the MESA Business School Pitch Competition. On the home front, they have been lauded in events such as TechNiche at IIT Guwahati winning Rs 45,000 prize, and cash prizes at WRO Nationals and Eco-Innovators Ideathon as well, they said. Their innovation was also among the top 35 out of 1.9 lakh entries in the Eco-Hackathon Showcase, an event co-organised by Amazon and the ministry of environment, forest and climate change (MoEFCC), they said. BOX MANAGING & MONETISING WASTE BRAINCHILD of Abhishek Dhanda and Prabhkirat Singh, Class XI students, BCM Arya Model School, Shastri Nagar IDEA GERMINATED at an innovation event held at PAU, where the duo initially experimented with kitchen waste and local bio-waste. Inspired by the potential of vermicomposting but frustrated by its slow pace, they began reengineering the process EUREKA MOMENT Using AI-driven temperature and humidity sensors, along with a proprietary bioenzyme formula, the two succeeded in reducing the traditional composting cycle from 60 to 90 days to just 38 days. Their robotic assistant, VermiDoot, collects and processes organic waste, while their companion mobile app, VermiVeda, helps monitor the system and manage operations remotely. The unit is also IoT-enabled, allowing real-time data tracking MOOLAH MATTERS Their startup has already processed over 12,000 kg of organic waste monthly, generating Rs 1 lakh in revenue and a single unit could scale to Rs 2.5-Rs 3 lakh per month BYPRODUCTS The unit also produces vermiwash as byproduct and vermisticks


Time of India
3 hours ago
- Time of India
ICT Mumbai biocluster receives catalytic funding to boost translational biopharma research
Mumbai: In a significant boost to India's translational research ecosystem, ICT Mumbai's Biocluster secured Rs 30 crore in catalytic funding from the Indian Translational Research Institute (ITRI). The translational biopharmaceutical facility aims to bridge the gap between lab-stage research and clinical application. The eight-storey cluster will focus on rare diseases, synthetic biology, and AI-driven drug development. It will house a GMP-ready biologics pilot plant, shared R&D infrastructure, and advanced training zones for workforce development. Dr Ratnesh Jain, Principal Investigator of the project, said the Biocluster aims to make Indian biopharma globally competitive. ITRI CEO Dr Abdur Rub emphasised the need to de-risk innovation and scale healthcare solutions. Positioned as a national translational platform, the Mumbai Biocluster seeks to empower startups, academia, and industry alike—enabling faster, capital-efficient transitions from research to real-world impact. You Can Also Check: Mumbai AQI | Weather in Mumbai | Bank Holidays in Mumbai | Public Holidays in Mumbai


Time of India
4 hours ago
- Time of India
Army conducts high-tech drone drill in Arunachal
Rayang: The Indian Army on Sunday conducted a high-tech military drill at Rayang in Arunachal Pradesh's East Siang district to validate the integration of drone technology into tactical battlefield operations. Exercise 'Drone Prahar', conducted at the Rayang military station, was observed by the General Officer Commanding (GoC) of Spear Corps Lt Gen Abhijeet S Pendharkar, a statement said. Carried out under realistic operational conditions, the exercise demonstrated the effective use of drones for intelligence, surveillance and reconnaissance, as well as real-time sensor-to-shooter coordination and precision targeting, the note read. The aim was to enhance command reach and improve situational awareness for tactical commanders by employing layered surveillance and supporting dynamic decision-making on the ground, it added. The exercise also evaluated critical aspects necessary for seamless drone integration in battlefield scenarios. This included testing of airspace deconfliction, ensuring secure communication channels and establishing coordination protocols among various arms and services. Exercise 'Drone Prahar' marks a significant step in the army's ongoing efforts to modernise its combat capabilities and embrace emerging technologies, the statement added. PTI