Rising fuel costs and supply disruptions are prompting renewed interest in cycling as a practical transport alternative, with increased attention on maintaining older bicycles to extend their usability.

While cycling cannot fully replace car travel, it is emerging as a cost-effective option for short-distance trips, particularly for commuting segments and local errands.Secondhand bicycles are increasingly being viewed as viable assets in this shift.

Older models, particularly those manufactured in the 1980s and 1990s, are often more durable and easier to repair than newer designs. Their lower resale value also reduces theft risk. Online marketplaces and community-run repair workshops continue to provide access to refurbished bicycles at relatively low cost, lowering the entry barrier for new users.

Basic maintenance remains central to ensuring functionality and safety. Core components requiring regular attention include the chain, brakes and tyres. These elements are subject to wear and degradation, particularly in bicycles that have remained unused for extended periods.

Routine checks can be conducted with minimal tools, typically limited to a spanner and Allen keys, while more complex servicing can be handled by local repair shops or community organisations.

Tyre condition is a primary consideration. Adequate inflation is necessary for efficient riding, with recommended pressure levels typically indicated on the tyre sidewall. Prolonged inactivity can lead to deterioration of inner tubes, increasing the likelihood of air leaks.

External signs such as cracking or worn tread indicate the need for replacement. Wheel integrity should also be assessed, as broken or loose spokes can compromise structural stability.

Chain maintenance is another critical factor. Accumulated dirt and residue can be removed using water and a cloth or brush, followed by careful drying and application of lubricant. Over-application of lubricant is discouraged, as it can attract additional debris.

While minor surface rust may not impair function, stiffness or corrosion within the links suggests replacement is necessary. Chains, along with cables and tyres, are designed as consumable components and typically require periodic renewal.Brake performance must be verified prior to use.

Insufficient stopping power or loose lever response may indicate the need for cable adjustment. Noise during braking can signal contamination on contact surfaces. The type of braking system rim or disc determines the complexity of maintenance, with rim brakes generally allowing easier adjustment.

Disc brake systems, while more advanced, often require professional servicing.Gear systems also require inspection where applicable. Difficulty in shifting or irregular movement across gears may point to alignment issues or wear in the derailleur mechanism.

While minor adjustments can be undertaken by users with guidance, persistent issues are typically resolved through professional tuning.Ergonomic setup plays a role in rider safety and comfort. Seat height should allow near-full leg extension at the lowest pedal position, reducing strain on joints.

Incorrect saddle angle or inadequate cushioning can lead to discomfort over time, although initial soreness is common among new riders. Handlebar configuration also affects posture, with more upright positions generally improving comfort for non-competitive use.Route planning is an additional factor influencing the uptake of cycling.

Navigation tools such as Google Maps and Komoot provide access to cycle-friendly routes, including designated bike lanes and lower-traffic streets. Public authorities in many regions have also developed cycling maps to support safer travel.For new or returning cyclists, confidence-building is often supported through group riding initiatives.

Local cycling clubs and community groups organise guided rides on quieter routes, offering an accessible entry point for individuals unfamiliar with road cycling conditions. These programmes are typically low-cost or free and serve both social and practical functions.

The broader shift toward cycling reflects both economic pressures and behavioural adaptation.

Maintenance knowledge, combined with access to affordable equipment, is enabling more individuals to incorporate bicycles into daily transport routines.

The initiative forms part of the National Transport and Logistics Strategy and aligns with the broader objectives of Vision 2030 to enhance mobility, improve passenger experience, and support sustainable transport solutions across the country.

The tender covers all aspects of the project, including design, manufacturing, and supply of the new trains, as well as fleet maintenance services to ensure operational readiness and long-term sustainability of the assets.

Interested companies are required to submit bids by May 11, 2026, following approved regulatory procedures for public tenders, providing an opportunity for domestic and international firms to contribute to the Kingdom’s growing rail sector.

Saudi Arabia Railways CEO Bashar Al-Malik said expanding the passenger train fleet is a strategic priority for the northern network, which connects key cities such as Riyadh, Al-Majmaah, Qassim, Hail, Jouf, and Al-Qurayyat.

The new trains will nearly triple the network’s operational capacity, increasing annual seating to over 2.4 million passengers and strengthening the railway’s ability to accommodate rising intercity travel demand.

Plans are already underway to further expand the northern rail line, including the development of new stations such as Al-Zulfi, which will improve accessibility and connectivity for smaller cities and regions.

This expansion is part of a phased approach by Saudi Arabia Railways to modernize and enlarge its passenger fleet, improve operational efficiency, and provide reliable and high-quality services for travelers nationwide.

The northern rail expansion complements ongoing projects on the eastern line, where 10 new trains are being manufactured to enhance service reliability, operational performance, and passenger experience. By investing in modern rolling stock, Saudi Arabia aims to develop an integrated, efficient, and safe railway network that supports the Kingdom’s economic diversification, urban development, and tourism growth under Vision 2030.

The project is expected to create opportunities for technology transfer, local manufacturing, and workforce development, aligning with Saudi Arabia’s broader industrial and employment goals.

Modern trains will feature advanced safety systems, energy-efficient designs, and comfortable interiors to meet international standards, providing passengers with a seamless and sustainable travel experience.

Rail transport is a critical component of Saudi Arabia’s National Transport and Logistics Strategy, which seeks to reduce congestion on roads, lower carbon emissions, and promote sustainable mobility solutions across regions.

The addition of 10 new trains to the northern network will support these objectives while encouraging greater use of public transport and facilitating regional economic integration.

The tender represents a significant step in Saudi Arabia’s vision for modern, efficient, and reliable railway infrastructure, which is expected to transform passenger mobility and support intercity tourism, trade, and commerce.

By expanding capacity and improving service quality, the Kingdom is enhancing connectivity between major urban centers and remote areas, contributing to national development and social cohesion.

This initiative represents a key step in the Kingdom’s broader strategy to diversify its economy, reduce carbon emissions, and establish a world-class green transportation ecosystem in line with Vision 2030.

At the forefront of this transformation is Smart Mobility, a joint venture between China’s Foxconn Interconnect Technology and Saudi Arabia’s Saleh Suleiman Al-Rajhi and Sons.

The company is pioneering the development of Saudi Arabia’s first locally produced EV charging network — integrating hardware, software, and manufacturing to create a system tailored to the Kingdom’s unique environmental and logistical conditions.

According to Ben Jia, Vice President of Sales at Smart Mobility, the company’s mission is to merge global expertise with Saudi innovation.

“Our mission is to bring our experience from China and Europe to establish a Saudi-based charging manufacturer,” he said.

“We want to create solutions designed for Saudi heat, Saudi users, and Saudi roads. This market has unique challenges, and we are engineering around them.”

Saudi Arabia’s growing EV market has attracted both local and international players, highlighting the nation’s commitment to sustainable transportation.

Smart Mobility’s work demonstrates how strategic partnerships and localized production can help meet the Kingdom’s long-term sustainability goals.

By producing chargers domestically, the company aims not only to reduce dependence on imports but also to enhance local job creation and industrial capability.

A significant milestone in this journey came when Smart Mobility signed a memorandum of understanding (MoU) with Al-Bassami Transport Group, one of Saudi Arabia’s leading logistics companies.

The agreement focuses on electrifying the country’s logistics sector, starting with a pilot project that includes installing charging stations at Al-Bassami’s headquarters, followed by expansion across its logistics hubs nationwide.

“Fleet electrification is the fastest path to EV adoption in Saudi Arabia,” Jia explained. “By working with logistics leaders like Al-Bassami, we can prove that electric transport isn’t just sustainable — it’s commercially viable. Once the model works for logistics, it can expand to other sectors.”

The collaboration underscores how private-sector partnerships are driving innovation in Saudi Arabia’s evolving energy and transport sectors.

As more companies align with the nation’s sustainability agenda, localized manufacturing and technology development are expected to create ripple effects across industries — from renewable energy and battery production to smart infrastructure and digital mobility platforms.

Smart Mobility’s next major step will be the unveiling of its “Saudi Made” EV charger factory design before the end of 2025.

This project will pave the way for the establishment of the first Foxconn EV charging equipment factory in the Middle East, marking a historic advancement for the region’s manufacturing sector.

The company has already begun shipping chargers from Taiwan and China to support the initial stages of deployment.

However, local production is expected to begin soon, creating a robust supply chain within the Kingdom. “We’ve already started shipping chargers from Taiwan and China, but soon we’ll be making them right here in Saudi Arabia,” Jia said.

“It’s about building capability, not just importing technology.”

As Saudi Arabia continues to invest in renewable energy, advanced infrastructure, and electric mobility, initiatives like Smart Mobility’s localized EV charging network will play a vital role in shaping the country’s green future.

With growing collaborations between international innovators and Saudi companies, the Kingdom is steadily positioning itself as a hub for clean technology in the Middle East — driving progress that aligns with its vision for a sustainable, diversified economy.

Speaking at the Saudi International Rail Exhibition and Conference in Riyadh, Vice Minister of Industry and Mineral Resources for Industrial Affairs Khalil bin Ibrahim bin Salamah highlighted the growing importance of railways in supporting national industrial growth and achieving Vision 2030 objectives.

He noted that the Kingdom’s advanced railway network plays a key role in connecting industrial clusters, transporting raw materials to factories, and moving finished goods to key urban and port destinations.

“To develop national industrial capabilities and enhance Saudi Arabia’s global competitiveness, we have launched specialized industrial clusters focused on transforming raw materials into high-value-added products,” the vice minister said.

“The railway network integrates these clusters into a unified ecosystem, accelerating industrial efficiency and sustainability.”

The vice minister emphasized that the localization of railway manufacturing and technology offers vast investment opportunities in sectors such as locomotive production, signaling systems, and wheel assembly — all of which support Saudi Arabia’s broader strategy of diversifying its economy through domestic production and innovation.

Industry experts and global leaders echoed the sentiment, highlighting the Kingdom’s forward-thinking approach to rail development.

Junaid Khan, engineer and commercial manager at Metrolinx, discussed how value engineering and digital technologies can create efficient frameworks for railway innovation.

He emphasized the need for early-stage collaboration between design, operations, and engineering teams to ensure cost-effective, future-ready projects. “It’s crucial to view projects through a life cycle perspective,” Khan noted.

“Artificial intelligence and emerging technologies can enhance decision-making, reduce waste, and improve predictability in every stage of infrastructure development.”

The conference also explored the integration of cybersecurity in rail systems, ensuring that rapid technological advancement is matched with robust safety measures.

Alaa Khaled, Global Ambassador for the Global Council for Responsible AI and Cybersecurity Director at Maaden, stressed the importance of preparedness in crisis management.

“We must be ready for every possible scenario,” she said, citing lessons learned from the global COVID-19 pandemic. Khaled advocated for hybrid systems combining open-source and vendor models, emphasizing that strong cybersecurity practices can coexist with innovation.

Martin Jackson, Health, Safety, Environment, and Quality Director at Capital Metro Company, discussed the role of predictive analytics and AI in balancing modernization with passenger safety.

“Technology can sometimes falter,” he said, “but our systems are designed with safety as the top priority.” Jackson described Riyadh’s metro as “a closed and secure system,” highlighting its importance in facilitating transportation during major upcoming events like the AFC Asian Cup 2027 and the FIFA World Cup 2034.

Jackson also revealed that the Riyadh Metro incorporates in-house language models to process data securely, avoiding external vulnerabilities while improving operational efficiency.

“Railways have existed for over 150 years, but predictive analytics now allows us to manage risk intelligently and embrace innovation confidently,” he said.

In a significant cultural milestone, the conference saw the signing of an agreement between the Royal Institute of Traditional Arts and the Saudi Railway Company.

The partnership aims to integrate traditional Saudi arts within national transport systems, empowering local artisans and showcasing the richness of the Kingdom’s heritage through joint workshops and cultural initiatives.

As Saudi Arabia continues to expand its railway infrastructure and adopt next-generation technologies, the sector stands as a model for how innovation, safety, and culture can coexist harmoniously.

The discussions at the Riyadh conference reinforced that railways are not just a means of transport — they are a vital link in driving industrial growth, enhancing connectivity, and shaping the sustainable future envisioned under Saudi Vision 2030.

The International Maritime Organization (IMO) has delayed its decision on a global carbon price for shipping by a year — a move aimed at fostering broader consensus and ensuring fair participation from all nations, including major maritime and energy stakeholders.

In a decision that underscores the complexity of global climate negotiations, the United Nations’ International Maritime Organization (IMO) has voted to extend discussions on introducing a global carbon pricing mechanism for shipping.

The one-year delay, while seen by some as a setback, is being viewed by others as an opportunity for deeper dialogue, broader alignment, and the development of a more inclusive framework that balances economic growth with environmental responsibility.

The IMO, which regulates international shipping safety, security, and environmental standards, convened in London this week to deliberate on a proposal to implement a global carbon price.

The measure, backed by the European Union and several developing economies such as Brazil, sought to create a structured mechanism to reduce carbon emissions in the maritime industry — a sector responsible for nearly 3% of global CO₂ emissions.

While the proposal gained substantial support, it faced resistance from major oil producers, including the United States and Saudi Arabia, who emphasized the need for a more comprehensive approach that does not disproportionately impact trade-dependent economies or energy security.

Following extensive discussions, a motion introduced by Saudi Arabia to postpone the decision for one year was passed by a majority of 57 countries, with 49 voting against.

The decision to delay, though initially perceived as a disappointment by environmental advocates, highlights a broader recognition among nations that sustainable climate policy must be inclusive, equitable, and economically viable.

Officials close to the negotiations said that the additional time would allow the IMO and its 176 member states to explore innovative financial models and ensure that developing nations — many of which rely heavily on maritime trade — are not unfairly burdened by new carbon costs.

“Global shipping must decarbonize, but it must do so in a way that is fair and feasible for all,” an IMO delegate explained. “This pause offers the chance to align ambitions with capabilities and to design a policy that works for both developed and emerging economies.”

Industry Reaction: Hope for a Stronger Framework

The shipping industry’s response has been measured. While some companies expressed concern about the delay, others viewed it as a window to refine the details of a practical carbon framework.

Danish shipping giant Maersk, a pioneer in sustainable maritime transport, said the IMO’s decision represented a temporary pause rather than a loss of momentum. The company reaffirmed its commitment to decarbonization and expressed optimism that the coming year could lead to clearer, stronger global guidelines.

“The delay leaves the shipping sector in uncertainty for now,” said Faig Abbasov, Director of Shipping at Transport & Environment, an environmental group. “But it also offers an opportunity for nations to align on a coherent, science-based framework that can truly drive progress.”

For many industry leaders, clarity and predictability remain key. The proposed carbon pricing framework is expected to create a level playing field by incentivizing innovation, promoting alternative fuels, and encouraging investments in modern, energy-efficient vessels. Experts believe that, once finalized, such a system could unlock billions in green investments and accelerate maritime decarbonization efforts.

The extension also reflects the reality that the maritime industry operates across borders and relies on coordinated global standards. Introducing a carbon price requires consensus among diverse economies with different industrial bases and energy profiles. The year-long delay gives policymakers and industry representatives additional time to address concerns and refine technical details.

Analysts say the debate around carbon pricing is not about resistance to climate goals but about ensuring that the framework supports long-term growth. The U.S. and Saudi Arabia — two of the largest oil producers — have emphasized that any new environmental measure should avoid triggering sudden cost shocks in global trade, especially as developing nations strive to recover from economic disruptions.

Meanwhile, the European Union and climate-conscious countries have expressed hope that the extended timeline will allow for constructive engagement and eventual alignment. Brazil, Greece, and Japan — all key maritime nations — are expected to play pivotal roles in shaping the revised plan, which could serve as a model for other high-emission industries.

Toward a Cleaner and Fairer Shipping Future

The IMO’s decision to continue consultations reflects a maturing understanding of how global environmental governance must evolve — through collaboration, inclusivity, and shared responsibility. The shipping sector, which carries nearly 90% of the world’s trade, stands at the center of this transformation.

While a global carbon price may not arrive immediately, the current process is laying the groundwork for a more stable and equitable transition to cleaner seas. The coming months are expected to see intense technical work, public consultations, and renewed efforts by both governments and private companies to shape a sustainable future for maritime trade.

As one IMO official concluded, “This is not a retreat — it’s a recalibration. Real progress requires unity, and unity takes time.”

The proposed tunnel, spanning approximately 70 miles (112 kilometers), would link Russia’s Chukotka region with the U.S. state of Alaska, creating the first-ever direct land and rail connection between the two continents.

With an estimated cost of $8 billion, Dmitriev envisions funding from Moscow and international partners, emphasizing the project’s potential to unlock joint exploration of natural resources, boost trade, and strengthen cultural and scientific exchange.

Described as “a bridge between worlds,” the tunnel reflects a long-standing global dream to unite East and West through engineering marvels and peaceful cooperation. “Imagine connecting the U.S. and Russia — the Americas and Afro-Eurasia — with a symbol of unity,” Dmitriev wrote on X. “The time has come to connect the continents for the first time in human history.”

A Modern Engineering Milestone

Dmitriev, who leads Russia’s Russian Direct Investment Fund (RDIF), highlighted the technological feasibility of the project, suggesting that Elon Musk’s The Boring Company could spearhead the construction using advanced tunneling technologies.

Musk’s firm, known for revolutionizing underground transport systems, could significantly reduce costs and construction time, transforming what was once a century-old dream into a modern-day possibility.

According to Dmitriev, conventional construction methods would have placed the cost at over $65 billion, but Musk’s tunneling innovations could bring that down to under $8 billion and complete the link in less than eight years.

The project would also open new avenues for AI-driven logistics, renewable energy transport, and eco-friendly trade, further aligning with global goals for sustainable development.

The proposal comes amid renewed diplomatic engagement between world leaders. Following a recent phone conversation between President Vladimir Putin and U.S. President Donald Trump, both sides have expressed interest in exploring projects that promote economic collaboration and stability.

Dmitriev framed the tunnel as a modern continuation of past peace efforts — noting that a similar concept, the “Kennedy-Khrushchev World Peace Bridge,” was once discussed during the Cold War as a gesture of reconciliation.

“The dream of a U.S.–Russia link via the Bering Strait is not just about infrastructure,” Dmitriev emphasized. “It is about hope, cooperation, and human progress.”

The ambitious plan has drawn widespread curiosity and optimism from global investors, policymakers, and engineers. Environmental experts have also highlighted the potential for sustainable Arctic development, as the project could integrate renewable energy systems, fiber-optic data routes, and green shipping infrastructure across the strait.

In Washington, the idea was met with intrigue. President Trump described it as “interesting,” while emphasizing that innovation-driven cooperation between major powers can create lasting economic benefits.

Analysts say such a project could revitalize Arctic economies, generate thousands of jobs, and establish a strategic trade corridor linking North America, Europe, and Asia.

Uniting Continents, Inspiring Generations

Beyond its economic promise, the “Putin-Trump Tunnel” embodies a powerful message of global unity. It would be the first physical link joining Eurasia and the Americas, symbolizing the potential of peaceful collaboration even amid global challenges.

Dmitriev pointed to RDIF’s successful role in constructing the Russia–China railroad bridge, saying, “We’ve already connected nations through infrastructure. Now, it’s time to connect continents.”

If realized, the project could reshape global logistics, shorten trade routes, and mark a new era of connectivity — one defined not by division, but by vision, innovation, and shared humanity.

As Dmitriev summarized: “The Bering Strait Tunnel would stand as a monument to what humanity can achieve when nations choose to build together, rather than apart — a tunnel not just through land, but through history itself.”