
Ather 450S launched with larger battery and 161 km of range, priced at ₹1.45 lakh
This launch is part of Ather's continued focus on expanding its 450 series. While the 450X remains the flagship with top-tier software features, the new 450S bridges the gap between the entry-level 2.9 kWh version and the premium 450X. It brings the same performance DNA to a wider audience at a more accessible price. The battery pack continues to be positioned in the floorboard.
The new variant sticks to Ather's signature sporty design—sharp lines, sleek LED lighting, and a sturdy build quality that riders have come to expect. The company says that despite the larger battery pack, the scooter maintains its light and agile handling.
The Ather 450S gets DeepView display instead of a TFT instrument cluster.
The 450S 3.7 kWh retains its 5.4 kW motor delivering 22 Nm of torque, allowing a 0-40 km/h sprint in just 3.9 seconds and a top speed of 90 km/h. It also offers four ride modes—Smart Eco, Eco, Ride, and Sport—so riders can toggle between efficiency and thrill, depending on their needs.
The scooter doesn't skimp on features either. It comes equipped with a 7-inch DeepView display, Bluetooth connectivity, turn-by-turn navigation, and a host of safety features like AutoHold, Fall Safe, Emergency Stop Signal, and theft alerts. OTA software updates ensure the vehicle stays up-to-date with the latest improvements.
Also Read : Ather Energy ties up with DPIIT to boost EV manufacturing and clean mobility ecosystem
Charging is handled through Ather's fast-growing Grid network with 3300+ points nationwide, or via a home charging setup that powers the battery from 0 to 80 per cent in 4.5 hours. For long-term peace of mind, the 450S is covered under the 'Ather Eight70' warranty—offering 8 years or 80,000 km of battery protection.
Bookings are now open, with deliveries set to begin in August 2025. City-wise pricing places it competitively across major metros: ₹1,48,047 in Delhi, ₹1,48,258 in Mumbai, and ₹1,47,312 in Chennai.
Check out Upcoming EV Bikes in India.
First Published Date:

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


Time of India
2 hours ago
- Time of India
Ather launches Rizta family scooter in Nepal
Ather Energy has launched its electric scooter, the Rizta, in Nepal, marking the next phase of its international expansion strategy. Nepal was Ather's first overseas market, with the company debuting there in November 2023 through the Ather 450 series. Since then, Ather has established 9 Experience Centres and 6 Service Centres in the country, operated by its national distributor, Vaidya Energy. The brand has also installed 22 Ather Grid fast chargers to support EV adoption. 'With the launch of the Rizta, we are tapping into a new segment of family buyers who prioritise comfort and convenience in their everyday rides,' said Ravneet Singh Phokela, Chief Business Officer, Ather Energy. 'We are hoping to see the same strong response for the Rizta as we've seen for the 450 series.' The Rizta features a spacious 56-litre storage capacity, including 34 litres under the seat and an optional 22-litre front trunk (frunk), the company statement added. Across India, the company operates 446 Experience Centres and has deployed nearly 4,000 charging points nationwide, reinforcing its position as a leading EV player in the region.


Time of India
3 hours ago
- Time of India
Behind GenAI: The datacenter revolution
Generative AI is shaking up the entire industry by driving amazing advancements in creative design, content creation, real-time diagnostics, autonomous systems, and so much more. While these innovations often steal the spotlight, there's a quiet hero behind every AI breakthrough: Modern Datacenters . Equipped with powerful GPU-driven computing , massive petabyte-scale storage, and lightning-fast networks, these high-performance environments form the essential backbone that allows AI workloads to operate at scale. Meeting AI's infrastructure needs Generative AI workloads are different compared to traditional applications. They require consistent computing power, complex orchestration, and advanced cooling solutions to support the high-density GPU clusters essential for model training and real-time inference. Unfortunately, conventional cloud architectures often struggle to keep up with these demanding requirements. According to IDC, by 2028, a whopping 75 percent of enterprise AI workloads will be running on specially designed hybrid datacenter infrastructure. This marks a significant shift in the industry from a public-cloud focus to customized, performance-optimized environments. It's not just about having powerful hardware; it's about innovative architectural design that works seamlessly behind the scenes. To adapt to this new landscape, modern datacenters are evolving to include integrated liquid or immersion cooling systems, smartly coordinated GPU clusters, and strong multi-cloud interconnects. This setup guarantees that AI can run continuously without overheating or facing throughput issues, ensuring both top-notch performance and operational stability. Edge evolution & decentralized AI Generative AI applications in sectors like healthcare diagnostics, smart manufacturing, autonomous vehicles, and smart cities require low-latency processing right where the data is generated. This need is driving the growth of datacenters into Tier 2 and Tier 3 cities, turning them into decentralized hubs of edge intelligence. By positioning computing resources closer to users, these edge facilities significantly cut down on latency, boost resilience, and help meet data localization regulations. They effectively shift the paradigm from centralized cloud models to distributed cloud ecosystems empowering regional innovation and enhancing control over data transit. The transformation is already visible in India, where AI infrastructure is being deployed not only in metros but also in tier-2 and tier-3 cities. This distributed model supports enterprise agility and democratizes access to computational power for mid-tier businesses and emerging industries. Scaling sustainably in an AI-powered era With AI workloads centralized in GPU-dense environments, the environmental footprint of datacenter expansion cannot be avoided. McKinsey estimates that by 2030, global datacenter capacity will expand from 82 GW to 219 GW, with 70 percent led by AI workloads. This enormous scale-up is accompanied by economic potential and ecological accountability. To ensure sustainable growth, datacenters are implementing advanced thermal management solutions like direct-to-chip liquid cooling to efficiently manage high thermal densities. They're also incorporating renewable power sources, micro-modular heat-optimized datacenters, and AI-based energy management systems. Optimizing energy per computational unit, these platforms stay cost-effective while dramatically reducing carbon emissions. Automating operations for performance & cost AI workloads run 24/7 and require high reliability. Intelligent automation now powers datacenter operations managing resource allocation, predicting hardware failure, and scaling dynamically in response to shifting demands. This layer of automation turns datacenter management from occasional, human-initiated updates to real-time, self-optimizing environments. Predictive health monitoring lowers downtime, and smart capacity planning enhances cost predictability. These features are critical for enterprise-class SLAs, where even temporary outages can be financially catastrophic. Securing AI in a multi-cloud world As generative AI is integrated into business systems, regulatory compliance and data sensitivity gain top priority. AI models and datasets tend to include proprietary, regulated, or personally identifiable data, which means security takes top priority. Sophisticated datacenters now host secure enclaves for hosting encrypted models, inference processing, and workload compartmentalization keeping data within specified geographies and security boundaries. Enterprise trust and regulatory compliance are supported by robust encryption, compliance monitoring, and hybrid-cloud secure interconnects. Positioning datacenters as strategic AI assets Generative AI is reshaping programs, services, and industries and it will shape the digital future. But its promise can be only harnessed by powerful, intelligent, and sustainable datacenter infrastructure. Datacenters need to mature from static facilities to highly managed platforms tailored specifically for AI scale. For enterprises investing in AI, future-readiness entails considering infrastructure on a number of dimensions: GPU-rich, thermally efficient architecturesModular and scalable cooling systemsAI-based orchestration for real-time optimizationEdge-first deployment models for low-latency servicesSecure, hybrid-cloud connectivity compliant with sovereign regulations By embracing these infrastructure principles, datacenters become strategic enablers which are not just enablers of scale, but accelerators of innovation. Generative AI isn't really about new algorithms, it's about the engineering, uptime, and sustainability of datacenters that drive them. Ultimately, the next tech revolution relies not only on code but on the floors, servers, and smart systems of contemporary datacenters.

Hindustan Times
3 hours ago
- Hindustan Times
Ather Rizta electric scooter launched in Nepal
Ather Energy has officially brought its family-oriented electric scooter, the Rizta , to Nepal. The launch signals a deeper commitment to the growing EV landscape in the country, with Ather continuing to expand its footprint beyond India. The Rizta marks Ather's second product in the Nepalese market, following the earlier success of the Ather 450 series. Designed with practicality and everyday comfort in mind, the Rizta is tailored for families and urban commuters looking for a spacious, feature-rich, and reliable electric ride. The scooter comes with a generous 56-litre storage capacity—offering 34 litres under the seat and an optional 22-litre front trunk. Ather has also paid attention to rider comfort, with a wide seat and roomy floorboard space. Safety features such as SkidControl aim to provide additional peace of mind, especially in challenging road conditions. Tech-savvy users will appreciate the 7-inch TFT display, built-in Google Maps navigation, Bluetooth call/music control, and other connected features powered by AtherStack Pro. Also Read : Ather Energy ties up with DPIIT to boost EV manufacturing and clean mobility ecosystem Ravneet Singh Phokela, Ather's Chief Business Officer, emphasized the strategic importance of the launch. 'Nepal was our first international market, and the response so far—especially to the 450 series—has been very promising. With the Rizta, we're entering a new segment aimed at family users who value comfort, safety, and convenience." Ather's expansion in Nepal has been swift and steady. Since its entry in November 2023, the company has established nine Experience Centres and six Service Centres across the country through its local partner, Vaidya Energy Pvt. Ltd. Ather has also installed 22 fast-charging points under its Ather Grid network to improve access to charging infrastructure. This launch also continues Ather's broader international ambitions. After debuting in Nepal, the company made its way to Sri Lanka in December 2024, where it now operates 19 Experience Centres and 9 Service Centres. Back in India, the company has built a wide-reaching network with over 400 Experience Centres and nearly 4,000 charging points nationwide. With the Rizta now available for test rides and purchase across its Nepalese Experience Centres, Ather is aiming to win over a wider audience looking for a practical and modern electric mobility solution. Check out Upcoming EV Bikes in India. First Published Date: