Resources

LTTS transforms recreational vehicles with smart connectivity, hybrid powertrains, and innovative engineering, enhancing sustainability, durability, and user experience.

This whitepaper from Dr.NR highlights how a technology-driven approach can make plant transfers seamless and sustainable.

As global trade dynamics shift, manufacturers—especially in the medical devices sector—face unprecedented cost pressures, supply chain disruptions, and regulatory hurdles due to evolving US tariffs.

AI and ML are revolutionizing sustainability in the tire industry, driving innovations in materials, processes, and reducing environmental impact.

High voltage systems, crucial for electrified vehicles, operate above 60 V DC or 30 V AC, demanding stringent safety measures to prevent hazardous conditions and ensure reliability.

An SDV is one in which most vehicle functions are enabled, controlled, or enhanced through software — and can be updated, modified, or monetized independently of the underlying hardware.

Protecting Urban & Critical Infrastructure with Threat Intelligence is your guide to navigating these critical challenges with confidence and foresight.

A range extender on an EV has emerged as a potential mid-point solution, enabling us to harness the advantages of both EVs and HEVs.

Software-Defined Machines, or SDMs, allow for greater flexibility, scalability, and upgradability through over-the-air (OTA) updates and centralized computing.

The mobility industry experts at LTTS engaged in an extensive analysis of these trends, across three domains – Product Development Life Cycle, Software Development Life Cycle and User Experience.

Discover how Product Functional Cost Analysis can transform your approach to product design, cost optimization, and market positioning.

Explore rolling thickness of steel sheets, market impacts, and strategies like value engineering to manage costs and adapt to industry price shifts.