Case Study

How Tate Oil Improved Fleet Safety and Eliminated Incidents with SCC’s Advanced Fleet Safety Systems

Enhancing driver awareness, protecting vulnerable road users, and supporting FORS Silver accreditation across a regional transport fleet
  • Zero safety incidents recorded since installation
  • Reliable detection and performance in all weather conditions
  • Fast installation in just 1.5 hours per vehicle
  • Improved driver focus and confidence during manoeuvres
  • Reduced risk of vehicle and property damage across the fleet

Client Profile

  • Name: Tate Oil Ltd
  • Industry: Fuel Distribution
  • Fleet: Nationwide fleet of fuel tankers
  • Products Installed: SCC Front Corner Protection System & SCC Rear Protection System
  • Project Background

    Tate Oil is a leading UK fuel distributor, supplying blue-chip companies nationwide.  Operating large tanker vehicles in busy depots, industrial sites, and urban environments brings significant safety challenges — particularly with reversing and manoeuvring in close proximity to pedestrians, cyclists, and fixed obstacles.

    Director Andrew Tate explains the motivation for change:

    We have experienced incidents both when reversing and with front corner impacts which showed that cameras were not doing their job correctly.  Our existing camera systems frequently became blurred or completely obscured in poor weather — an unacceptable risk when working for clients who have zero tolerance for accidents on their premises.

    The Challenge

    Tate Oil faced the ongoing challenge of operating large fuel tankers safely in busy depots, industrial sites, and urban environments. Their existing camera-based systems were proving unreliable, often blurred or obscured in poor weather, which left drivers without the visibility needed to manoeuvre confidently.

    To address this, they required a system that could deliver consistent and dependable hazard detection in all conditions, while also reducing the risk of both reversing and front-corner collisions. At the same time, any solution had to be quick to install with minimal disruption to fleet operations, and fully compliant with the latest industry safety standards and approvals, giving reassurance both to drivers and to the high-profile clients they serve.

    The SCC Solution

    After approaching multiple providers, Tate Oil selected SCC’s Advanced Fleet Safety Systems as the only solution that fully addressed their needs.

    Front Corner & Cyclist Blind Spot Protection System

    • Passive operation — only alerts the driver when something enters the 60cm detection zone, ensuring focus remains on vehicle operation.

    Andrew Tate notes:

    This system is totally passive and only alerts the driver when something or someone enters the detection zone.  It keeps concentration where it should be — on driving — rather than constantly monitoring camera images.

    Rear Protection System

    • Automatically activates when reverse gear is engaged
    • Audible and visual in-cab warnings increase in urgency as objects are approached
    • SCC’s patented X-Wire Technology allows any tractor unit to work instantly with any semi-trailer — no pairing or extra wiring required

    Technical & Compliance Advantages

    • Fully Type Approved and compliant with SLPS, FORS, TfL/DVS/PSS, CLOCS & Crossrail
    • Installation time of just 1.5 hours per vehicle minimises downtime

    The Result

    The introduction of SCC’s Advanced Fleet Safety Systems delivered immediate and measurable benefits for Tate Oil. Drivers quickly adapted to the technology and reported that the systems performed “excellently” in daily use, even in poor weather where cameras had previously failed.

    The passive alerts and weatherproof design have not only improved driver confidence, but also reduced stress during complex manoeuvres. Importantly, the systems have given management the reassurance that safety risks are being actively minimised across the fleet.

    Since installation, Tate Oil has:

    • Recorded zero incidents related to blind spots or low-speed manoeuvres
    • Improved safety for pedestrians, cyclists, and site workers
    • Reduced the risk of costly vehicle and property damage
    • Increased driver focus and operational efficiency

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