Business travel represents a substantial force in the global economy. Just before the Covid-19 pandemic hit, it contributed to more than USD 1.2 trillion, about 25 percent of the travel and tourism sector’s overall economic impact, to the global GDP. Businesses had resumed spending on travel after substantial declines in 2008 and 2009.

A research by Global Business Travel Association Foundation had found that for every one percent change in business travel spending, the US economy typically gains or loses 74,000 jobs, USD 5.5 billion in GDP, USD 3.3 billion in wages and USD 1.3 billion in taxes. The report also stated that personal vehicle (35 percent) was the most popular mode of transportation among US business travellers in 2016, followed by airplane (28 percent) and rental cars (13 percent).

Internal travel encompasses trips taken for intracompany purposes, where employees participate in activities such as training, team building or inspection of field operations. External travel, on the other hand, refers to travel done by employees for engagements outside the company, including in-person meetings with clients and suppliers, trade conferences and customer sales calls.

"Obstacles to business travel, such as cumbersome visa protocols and long flight connections, constrain access to knowhow and limit growth opportunities, especially in developing countries," said Frank Neffke, research director at Harvard Kennedy School’s Growth Lab.

Benefits Of Business Travel

In the past, companies have experienced that, on average, 40 percent of customers would eventually be lost without in-person meetings and support.

Detailed statistical modelling over 18 years and 14 industries indicates that for every dollar invested in business travel, US companies make a USD 9.50 return in terms of revenue. The modelling also found that US business travel has yielded USD 2.90 in profits for every dollar spent.

There is a small segment of employees for whom travel is deemed essential for conducting business. This category accounted for around 15 percent of all corporate travel expenses in 2019 and includes decision makers in manufacturing companies with a wide distribution of factories and plants, and field-operation workers. For some corporate travellers, it is possible to move oversight responsibility to local personnel and/or utilise digital medium. This segment will see their business travel decline. A large segment of business travel is done to cultivate new or important client relationships. This segment will bounce back as soon as Covid-related restrictions are lifted.

A tiny portion of business travel comes from the public sector, professional associations and nonprofits. During the pandemic, many professional associations were able to hold virtual events to replace in-person conferences and will likely be more cautious in their return to travel.

Business Travel Catches The Virus!

Business travel has taken a big hit during the Covid-19 pandemic and its future is still up-in-the-air, waiting for the end of the pandemic and firming up the ‘New Normal’. In 2020, total global business travel expenses contracted by 52 percent, while managed corporate-travel spending in the United States alone plummeted by USD 94 billion (71 percent).

The World Travel and Tourism Council’s (WTTC) latest annual research shows that the global travel and tourism sector suffered a loss of almost USD 4.5 trillion to reach USD 4.7 trillion in 2020, with its contribution to GDP dropping by a staggering 49.1 percent compared to 2019. In 2020, sixty-two million jobs were lost, representing a drop of 18.5 percent, leaving just 272 million employed across this sector globally, compared to 334 million in 2019. The threat of job losses persists as many jobs are currently supported by government retention schemes and reduced hours, which could be lost without a full recovery of the travel and tourism sector.

Some business travellers expect to take at least as many business trips in 2022 as they had in the year before the Covid-19 pandemic was declared. While teleconferencing will reduce the need for some business travel, many survey respondents cited the need to meet in-person to rekindle relationships with customers, suppliers and business partners. Another frequent reason cited for the need to travel for business was a job change.

The countries most eager to travel for business once Covid-19 travel restrictions are lifted seem to be China, US and Australia. Of course, the potential increase in Covid cases from the Delta and future variants of the virus may still cause further backsliding on rising confidence levels for resumption of business travel. (TT)

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TYRESYSTEM, functioning as the digital arm of AZuR partner RSU, has made Tyre Pressure Monitoring System (TPMS) its central pillar of expertise. This unit moves beyond simple product sales by offering specialised training focused on tyre pressure monitoring systems. Their inventory is substantial, featuring over 500 sensors designed to accommodate a wide spectrum of vehicle types, and this hardware is supported by complementary valves, service kits and diagnostic programming tools.

The importance of this focus became legally binding on 1 November 2014, when TPMS became mandatory for cars, motorhomes and off-road vehicles. For workshop operators, a neglected sensor is a serious liability, as it not only creates a safety hazard but also guarantees a failed roadworthiness test like the TÜV. Consequently, the seasonal tyre change has evolved into a critical checkpoint where technicians must rigorously inspect sensor batteries and overall condition to ensure compliance.

To address this industry need, TYRESYSTEM acts as a holistic online wholesaler for tyres, rims and complete wheels. Recognising that hardware alone is insufficient, they established the TyreSystem Academy to deliver practical TPMS training through both online and on-site courses. This educational push helps workshops master modern tyre complexity. Correctly maintained TPMS systems preserve optimal pressure, reduce tread wear and extend tyre life, directly supporting resource conservation and a functioning tyre circular economy within the AZuR network.

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Parcours, a British wheel brand specialising in aerodynamic, wind-tunnel-tested carbon wheelsets for road, gravel and triathlon cycling, has launched the Strade GT, the debut model in its new GT Series. At the heart of this wheelset lies VibraCORE, a technology developed alongside Lineat and Nottingham Trent University. VibraCORE embeds Lineat’s reclaimed aligned carbon fibre material, known as AFFT, directly into the rim’s spoke bed. This structural integration reduces vibration at its source rather than simply damping it after transmission begins.

The principle behind VibraCORE is straightforward: less vibration reaching the rider means less fatigue, allowing for longer, faster rides. Not all vibrations affect the body equally. Certain frequencies are either amplified by the human body or directly contribute to muscle exhaustion. VibraCORE targets these specific ranges, absorbing and dissipating vibrational energy before it travels through the wheelset to the rider. This approach directly addresses the harsh, high-frequency ‘road buzz’ that makes rough roads particularly draining.

In practical testing at standard road tyre pressures, VibraCORE reduces root mean square vibrational energy by an amount equivalent to lowering tyre pressure by roughly 10 to 15 psi. Crucially, this benefit comes without the usual penalties of softer tyres, such as reduced rolling efficiency or compromised handling precision. As a result, the Strade GT delivers a calmer, more controlled ride over long distances while retaining the stiffness, responsiveness and aerodynamic performance expected from a high-end wheelset.

To verify these claims, Parcours partnered again with Nottingham Trent University for controlled real‑world testing across multiple riders and surfaces. Using vibration sensors and frequency domain analysis based on power spectral density, the data showed that rims with VibraCORE reduced vibration energy by 19 to 23 percent compared to identical rims without the technology. This translates directly into a noticeably smoother ride on rough terrain and lower cumulative fatigue over extended rides.

Beyond comfort, the Strade GT represents an evolution of Parcours’ existing Strade platform. Its rim profile is optimised around a 30‑mm tyre, outperforming the previous model by 3.2W at 48 kmph, improving handling stability by 15 percent and achieving a weight of just 1,130g. VibraCORE also enables the use of lightweight Alpina Carbolite carbon spokes. Although sustainability is not the primary goal, the technology incorporates recycled carbon from Lineat’s AFFT process. Parcours is now developing a full circular pathway so that carbon recovered from old wheels, including those from its Crash Replacement Programme, can be reprocessed into VibraCORE components for future wheelsets. In this way, the Strade GT proves that speed and comfort need not be opposing forces.

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Continental is celebrating two decades of its Camaçari tyre factory, situated near Salvador in Brazil. This occasion represents a major milestone for the firm’s operations throughout the Americas, as the site has served as a trusted partner across South America since its April 2006 opening. The facility supplies both replacement tyres and original equipment manufacturers with high-grade products for passenger cars and commercial vehicles.

Approximately 136 million tyres have rolled off the line at Camaçari over the last 20 years. Roughly BRL 1.2 billion (approximately EUR 235 million), has been invested there in the past 10 years alone to sharpen competitiveness through better efficiency, product quality and responsiveness to customers. The factory currently provides jobs for around 2,000 people, making it a leading industrial employer locally, with its future success built on team spirit, consistent quality and a strong customer focus.

The site began as a greenfield project in 2004 and was formally inaugurated in April 2006, with the first tyre, a ContiEcoContact 3, produced five months earlier in November 2005. Today, the factory supplies original equipment to major automotive names including General Motors, Volkswagen, Renault, Honda, Fiat and Mercedes‑Benz, proving its dependable and uniform product standards. This same drive for steady improvement supports the plant’s role in Continental’s wider environmental goals.

By constantly tracking energy use and managing it responsibly, the Camaçari plant ensures that all power generated or consumed on site is used as efficiently as possible. The facility relies entirely on LED lighting, which saves more energy than conventional options, and has carried out targeted production upgrades such as better insulation on critical machinery. These efforts have yielded annual energy savings, including a total cut of 10.4 gigawatt‑hours in 2025, equal to about five percent of the plant’s yearly energy consumption.

Shander Basílio, plant manager of the Continental tyre plant in Camaçari, said, "Our 20-year journey in Camaçari is a story of continuous growth, operational excellence and the deep commitment of our people to this region. I would like to sincerely thank all our employees for their outstanding contribution as well as to our customers for their continued trust. Looking ahead, we are dedicated to writing the next chapter of our plant’s success.”

Rodrigo Bonilha, head of Continental Tires South America, said, “I would like to congratulate our manufacturing team in Camaçari on their 20th anniversary. The production facility is a key asset for our business in the region. By manufacturing premium tires locally, we ensure a reliable supply for the Brazilian market while securing valuable local jobs. This ‘in the market, for the market’ approach is fundamental to how we deliver consistent product quality and performance for customers and consumers.”

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The Tire Industry Project (TIP) has announced the publication of a scientific study presenting a sophisticated model designed to track how tyre and road wear particles (TRWP) move through land and freshwater environments. Known as the Mass Balance Model, this tool provides a method for predicting particle concentrations within watersheds across different climates and regions, offering high spatial detail on how these particles travel from roadways towards rivers, lakes and estuaries.

Tyre and road wear particles are created unintentionally during normal driving, where tyres meet the road surface. As scientific and regulatory focus on these particles intensifies, reliable models are essential for understanding their environmental pathways. While research is growing, the behaviour of these particles in waterways remains particularly understudied, making this modelling advance especially relevant.

The model draws on global and local datasets and open-source frameworks, including the ERA5 global climate dataset by the Copernicus Climate Change Service and the Wflow catchment hydrology model by Deltares, a research institute. Its accuracy has been confirmed using field measurements from the Seine River basin in France, the Chesapeake Bay basin in the United States and the Yodo River basin in Japan – three very different watersheds. This validation shows the approach works across diverse watershed sizes, climates and stormwater management systems.

Applying the model to these three regions revealed that the share of particles reaching surface waters varies from just 2 percent up to 18 percent, depending on urbanisation, climate, basin size and drainage infrastructure. Importantly, improvements to stormwater systems could cut particle transport to surface waters by as much as half. This refined model builds on earlier work and is now globally applicable, with ongoing development aimed at making it accessible beyond the scientific community.

Nicolas Tissier, Director of Research at TIP, said, “Having a robust, reproducible model for TRWP transport and fate that can be applied worldwide is essential for advancing both scientific understanding and practical solutions. Our role at TIP is to support rigorous, transparent science that helps researchers, policymakers and industry make evidence-based decisions. By making this model open access, we aim to support broader collaboration across the scientific community around TRWP in the environment and to enable the development of more effective mitigation strategies.”

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