Tendai Muererwa
Mutare-The ambitious Christmas Pass bypass project in Mutare is set to transform regional transport connectivity as they will be smooth flow of mostly haulage trucks from Mozambique, Zambia, and the Democratic Republic Congo.
Stretching over 31 kilometres, the Christmas Pass Bypass is poised to become one of the most transformative road projects in Manicaland Province. Designed to ease congestion, improve road safety and facilitate the efficient movement of goods and people, the bypass will provide a long-awaited alternative to the hazardous Christmas Pass route, which has claimed numerous lives over the years.
Construction activity is intensifying across the project corridor, with engineers simultaneously undertaking mountain excavation, bridge construction, drainage installation and interchange development. One of the most striking aspects of the project is the ongoing blasting of a massive mountain near Romeo Turn-off, where contractors are carving a safer and flatter alignment for motorists.
The mountain, measuring approximately 240 metres in width, is being excavated to eliminate steep gradients that have historically posed challenges to heavy-duty trucks and other motorists. Engineers say the decision to flatten the terrain is aimed at creating a safer road profile and reducing the risk of accidents commonly associated with sharp curves and steep descents.
During a recent tour of the project, officials from the Ministry of Transport and Infrastructure Development and engineers from Leengate Private Limited showcased progress made on the 19-kilometre section between Mutare Teachers’ College and Romeo Turn-off.
Works underway include pile foundation drilling for two major trumpet interchanges, construction of five bridges and installation of 50 culverts, with nearly half already completed. Various sections of the road have reached different stages of development, ranging from vegetation clearing and earthworks to roadbed preparation and subgrade construction.
According to project engineers, the bypass has now reached 36 percent completion and remains on course for commissioning in mid-2027.
Beyond easing traffic congestion, the road is expected to play a strategic role in regional trade. Once completed, the bypass will divert heavy haulage trucks travelling along the Beira Corridor away from Mutare’s city centre and the dangerous Christmas Pass section. This will improve travel times for transporters moving goods between Zimbabwe and the Port of Beira in Mozambique, as well as destinations such as Zambia, Malawi and the Democratic Republic of Congo.
The project’s economic significance extends beyond logistics. Improved transport infrastructure is expected to attract investment, stimulate industrial activity and strengthen Mutare’s position as a key gateway for international trade. Efficient road networks are critical for reducing transport costs, enhancing business competitiveness and supporting the movement of agricultural and industrial products to markets.
The construction phase is also creating direct benefits for local communities. More than 100 residents have already secured employment opportunities through the project, providing income and valuable skills while contributing to local economic development.
Engineers have further ensured that the project is implemented with minimal disruption to essential services. Coordination with utility providers has enabled the relocation of power lines, telecommunications infrastructure and other services to accommodate construction activities.
A major feature of the bypass will be the development of two trumpet interchanges designed to improve traffic flow and eliminate conflict points that often contribute to accidents. The modern design will allow seamless movement between the existing highway and the new route, particularly for heavy commercial vehicles.
When completed, the bypass will feature a dual carriageway configuration capable of accommodating high traffic volumes, especially freight vehicles using the regional transport corridor. The wider and safer road design is expected to significantly reduce the risk of collisions while enhancing travel efficiency.
