GST™ 120 Plus platform
Enabling high-speed car-to-car ADAS & AV testing
Enabling high-speed car-to-car ADAS & AV testing
The GST 120 Plus is our fastest and most powerful vehicle target platform, engineered to meet the most demanding ADAS and autonomous vehicle test requirements. As our flagship model, it sets the benchmark for high-performance testing and validation.
With a 5.9 kWh battery, the GST 120 Plus provides extended running time, rapid acceleration and a top speed of 130 km/h – enabling you to achieve the highest-speed rear-collision scenarios required by Euro NCAP’s 2026 protocols. Fast acceleration combined with ABS braking minimises the track length needed for high-speed tests, making it ideal for proving grounds with limited space.
Building on the proven design of the GST 120, the GST 120 Plus delivers enhanced versatility for controlled, repeatable car-to-car ADAS and AV system testing – from low-speed urban manoeuvres to high-speed motorway scenarios.
As part of the AB Dynamics track testing ecosystem, the GST 120 Plus integrates seamlessly with our driving robots and software suite, supporting automatic coordination and synchronisation between robot-driven subject vehicles and the Plus platform. The outcome is greater accuracy, fewer reruns and faster test cycles.
*An upgrade kit recommended for additional stability at 130 km
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Visualise and analyse post-test data to confirm performance
AB Grapher is a standalone application that enhances the review process during test execution by enabling parallel data analysis. It provides a comprehensive range of data channels for plotting, with configurable functions such as multi-axis plotting, filtering, and overlay, making it a versatile tool for in-depth data visualisation and analysis.
Operators can access vehicle-to-vehicle data (from Synchro), driving robot data such as brake force, pedal position, and steering angle, as well as vehicle CAN data and external sensor inputs. This capability allows engineers to quickly confirm performance and identify areas for improvement by exploring detailed test data in an intuitive, visual format.
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Enhancing the power of Robot Controller (RC) with pass/fail results within seconds for faster decisions.
After a Special Groups library test is executed in Robot Controller (RC), Post Processor determines whether the run meets the validity requirements defined in the test protocol, such as vehicle or target speed and position, by visually presenting plots and pass/fail gradings. It also generates detailed reports summarising key test information, ensuring quick and accurate documentation.
Post Processor delivers pass/fail results within seconds for instant feedback, saving operators valuable time with on-track analysis.
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Plan with confidence. Execute with precision.
Scenario Generator is the ultimate tool for creating and validating test paths, giving precise control over trajectory and speed for robot-driven vehicles and ADAS platforms. Easily design paths by combining predefined segments (straight lines, curves, lane changes, etc.) with customisable parameters like start speed, end speed, and lane offset.
With its built-in playback feature and aerial preview, you can visualise exactly how your scenario will unfold before hitting the track. This ensures accuracy, saves time, and reduces costly trial-and-error. Whether you’re building complex ADAS scenarios or durability test paths from recorded runs, Scenario Generator delivers precision and confidence every time.
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基于光检测和测距(LiDAR)的目标检测与规避
ClearTrack™ 是一款目标检测系统,旨在提升无人驾驶应用在测试场地中的安全性、效率和可扩展性。该系统可与我们的自动化无人驾驶测试解决方案无缝集成,核心采用高分辨率、超远距离的光检测和测距(LiDAR)传感器,实现实时障碍物检测与分类,自动停车以防止与野生动物或碎片等危险物发生碰撞。
ClearTrack 不只是一个附加组件,它正在重新定义自动化滥用测试、耐久性测试和里程累积测试的潜力。无论是扩展多车协同测试,还是进行高动能测试,ClearTrack 都能为您的团队提供更高效、更安全的操作信心。
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增强您的方向盘机器人的多功能性
*使用 SR 60/SR 35 电机安装硬件时为 17.0 cm
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独特工程设计的新一代自行车目标,可实现无与伦比的稳定性、真实感和耐久性
DRI 推出的 Soft Bicycle 360 重构了自行车目标,使自行车测试场景变得前所未有的简单、快速和高效。轻质泡沫骑手、车架和轮胎轮廓结合在一起,构成逼真且耐久性强的目标,同时最大限度减少车辆受损。
Soft Bicycle 360 采用可快速重建的模块化设计,具备在 40 公里/小时的速度下保持稳定以及最大限度延长封闭场地测试时间的设计特点,其反向运行功能便于重新定位和测试复位。
与 SPT 和 LaunchPad 系列(包括 LaunchPad Spin)兼容,Soft Bicycle 360 为所有代用自行车测试需求提供了强大的解决方案。
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我们驾驶机器人的终极动力解决方案
独立电源组是一个独立的电源装置,可与我们的全系列驾驶机器人兼容。独立电源组独立于车辆电池系统运行,可确保车辆自身系统拥有充足的电力,因此非常适合电动汽车测试。
高能量密度电池可提供一整天的测试,充电时间仅需 2 小时,独立电源组让封闭场地测试更加轻松。
独立电源组旨在帮助您更快、更轻松地设置和运行测试场景,其具有多项优势:
直接为机器系统供电,无需连接车辆电源系统
全天电池续航时间,快速充电时间少于 2 小时
符合联合国关于空运快速运输的规定
单人操作,设置方便
| 尺寸 | |
|---|---|
长度 |
340 毫米 |
宽度 |
260 毫米 |
高度 |
410 毫米 |
重量 |
22 千克* |
*不包括盖子
| 性能 | |
|---|---|
电池容量 |
1000 瓦时(6 小时 – 典型测试场景) |
电池化学特性 |
磷酸铁锂 |
标称输出 |
66 伏 – 与标准机器人系统一起使用 |
合规性 |
锂离子电池的 UN 38.3 规定 |
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这款地板固定式制动器专为激进的制动刹车测试而开发,能够施加高达 1600 N 的力准确踩下制动踏板。
具备以 800 毫米/秒的速度施加 1600 N 踏板力的能力,旋转式制动机器人(RBR) 1500 是所有制动应用的理想选择,尤其是那些需要高踏板力的应用,例如系统故障测试。凭借超强动力的旋转执行器,RBR 1500 能够比大多数人类驾驶员更快、更用力地踩下踏板,确保获得一致、真实的效果。
RBR 的设置和控制是由我们的机器人控制器(RC)软件提供。该软件提供用户友好界面,可选择预定义模板,然后根据用户所需的踏板输入进行配置。对踏板输入的控制可以选择行程、力、加速度或混合模式——在此模式下,机器人可以根据需要交换控制参数,让用户几乎可以输入任何踏板应用。这一功能使 RBR 成为所有制动测试的完美工具。
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一款功能强大的转向机器人,可用于测试重型车辆的动力故障情景。它是我们系列产品中最坚固耐用、可靠性最高的转向机器人。
SR 150 是我们致力于开发重型车辆测试尖端解决方案的实证,它专为测试卡车和公共汽车的动力故障情景(一项常见的认证要求)而设计,这意味着它具有我们所有机器人中最高的扭矩。SR 150 还可用于其他各种操控测试。
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