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市场调查报告书
商品编码
1308588
2030 年 G 计市场预测:按产品、应用和地区划分的全球分析G Meter Market Forecasts to 2030 - Global Analysis By Product, Application and By Geography |
根据Stratistics MRC 的数据,2023 年全球G-meter 市场规模将达到66.5 亿美元,预测期内復合年增长率为9.13%,到2030 年将达到122.6 亿美元,预计将达到美元。
一种称为“重力计”的机电工具用于量化静态或动态加速力。 通用名称是加速度计。 电容板之间的移动用于计算加速度。 重力计还用于测量物体在给定时间内改变方向的速度。 压电效应和电容传感是加速度计的两种工作方式。 还使用重力计测量了压电效应。 根据接口的类型,开发人员使用这些米每秒或重力作为测量单位。 G 计可以测量 1 轴、2 轴和 3 轴加速度。 重力计分为三种类型:MEMS、压电式和压阻式。
根据美国国家公路交通安全管理局(NHTSA) 的说法,在车辆测试和分析中使用重力仪可以提供有关车辆及其乘员所经历的力和压力的重要数据。有助于提高安全性并降低风险事故和伤害。 NHTSA 建议使用 G-Meter 来测试和分析车辆安全系统和设计。
全球 G-meter 市场预计将在预测期内推动增长。 加速度计可以为您提供有关汽车在加速、制动和转弯时所受到的力的大量信息。 这些数据可用于通过多种方式改进车辆设计和功能。 例如,加速度计数据可用于优化悬架设置、修改空气动力学性能或为特定驾驶情况选择最佳轮胎。 工程师可以根据加速度计数据进行更改,以提高车辆的操控性、稳定性和总体性能。
全球 G-meter 市场预计将在预测期内阻碍增长。 市场增长的最大障碍之一是随着车辆负载变量的增加,重力仪的维护成本很高。 购买和安装在车辆上的加速度计可能会很昂贵,特别是如果它们是为专业测试和赛车而製造的精密工具。 这对于某些用户来说可能是遥不可及的,尤其是那些预算紧张或不需要昂贵的重力仪高精度的用户。
全球 G-meter 市场预计将在预测期内推动增长。 重力仪是培训和指导驾驶员的有用工具。 通过记录他们在各种驾驶操作中感受到的重力,驾驶员可以学习调整他们的驾驶风格以获得最佳性能和安全性。 例如,重力仪可以帮助驾驶员确定他们在给定转弯中可以承受多少横向或纵向力,然后专注于改进他们的技术以减少他们感受到的力的大小。 它还可以通过比较多个驾驶员在加速度计上的表现来进行更有针对性的训练和进步。
全球 G-meter 市场预计将在预测期内阻碍增长。 加速度计对于测试、赛车和驾驶员培训很重要,但对于正常驾驶可能不太有用。 正常驾驶条件下的重力通常远低于大多数车辆和驾驶员可以承受的上限,因此重力仪提供的数据在这种情况下可能不是很有用。 此外,某些重力仪提供的数据可能需要专门的软件或工具来分析,这进一步降低了其对普通驾驶员的价值。
新冠肺炎疫情对汽车行业的严重影响,给市场带来了沉重打击。 此外,严峻的封锁条件导致机器自动化领域的产能下降。 预计抑制市场增长的一个关键支撑因素是大流行期间运输和装运故障导致全球库存供应短缺。 此外,预计G-meter製造设施的重新开放以及由于主要市场进入者增加製造而导致大流行后运输能力的恢復以及大流行期间暂停的全球库存和向分销商的运输的重新安排等因素。以推动预测期内的市场增长。
预计 MEMS G 计细分市场将在预测期内占据最大份额。 MEMS G 计是一种测量土壤中水量的灌溉工具。 它利用两个通过不銹钢网连接的铂电极,根据电化学原理工作。 当水渗透土壤并到达仪表时,电极之间的电流会产生可测量的电流。 在预测期内,支持该细分市场增长的一个关键因素是重力计对新兴国家的流动站、微型无人机和军事应用等 MEMS 驱动系统的影响力越来越大。
消费电子领域预计在预测期内将以最快的复合年增长率增长。 随着地震检波器在智能手机中越来越流行,人们对精密重力测量设备的需求不断增长,这些设备必须足够灵敏,不会受到意外跌落或震动的影响。 与压阻式设备更准确地测量质量的 MEMS 设备相比,压电重力计更便宜、更易于使用,因此得到了更广泛的采用。
预计在预测期内,北美地区市场将占据全球 G 仪表市场的最大份额。 市场扩张的一个主要因素是数字重力仪在该地区的迅速崛起。 此外,製造商对重力计製造研发的兴趣不断增加也是预计推动市场向前发展的关键因素。 此外,重力仪在该地区航空航天、交通运输和国防等行业的多样化使用也是市场扩张的一个因素。
亚太地区可能在预测期内增长最快。 在该地区,汽车行业逐渐采用新产品正在推动该地区的市场增长。 製造商主要关注乘用车和商用车采用速度计算技术,其中中国占据市场主导地位,其次是印度和日本。 由于製造、建筑、能源和公用事业等各个行业的外国投资增加以及政府工业化政策的支持,亚太地区正在经历快速经济增长。
2023 年 2 月,KVH Industries, Inc 今天宣布已与 Black Diamond Capital Management, L.L.C. 及其附属公司签订支持协议。
2022 年2 月,霍尼韦尔印度公司的慈善机构霍尼韦尔家乡解决方案印度基金会(HHSIF) 与印度科学研究所创新与发展协会(SID) 将建立扩大的合作伙伴关係,以支持13 家新初创企业推动创新。
According to Stratistics MRC, the Global G Meters Market is accounted for $6.65 billion in 2023 and is expected to reach $12.26 billion by 2030 growing at a CAGR of 9.13% during the forecast period. An electromechanical tool called a "G meter" is used to quantify static or dynamic acceleration forces. A common name for them is an accelerometer. Capacitive plate movement between each other is used to calculate the acceleration. G meters are also used to measure how quickly an object can change direction within a predetermined amount of time. Piezoelectric effect and capacitance sensing are two methods by which accelerometers can operate. The piezoelectricity was measured using G meters as well. Depending on the kind of interface the developer uses these meters per second-square or in G-forces as their units of measurement. They are capable of measuring accelerations along one, two, or three axes. There are three different kinds of G meters: MEMS, piezoelectric, and piezoresistive.
According to the National Highway Traffic Safety Administration (NHTSA), the use of g-meters in vehicle testing and analysis can provide important data on the forces and stresses experienced by a vehicle and its occupants, helping to improve safety and reduce the risk of accidents and injuries. NHTSA recommends the use of g-meters in testing and analysis of vehicle safety systems and designs.
The global G Meters market expected to drive growth during the forecast period. G-meters can yield a lot of information on the forces that a vehicle encounters during acceleration, braking, and cornering. The design and functionality of a vehicle can be improved in a number of ways using this data. G-meter data, for instance, can be utilized to optimize the suspension settings, modify the aerodynamics, or choose the optimum tires for a specific driving situation. Engineers can enhance the handling, stability, and general performance of a vehicle by making changes based on g-meter data.
The global G Meters market expected to hinder growth during the forecast period. One of the biggest obstacles to the market's growth is the high expense of maintaining G meters as load variables on the body increase. G-meters can be costly to buy and install in a car, especially if they are high-precision tools made for professional testing or racing. Because of this, they could be out of reach for some users, especially those on a restricted budget or who do not need the high level of precision that expensive g-meters can deliver.
The global G Meters market expected to drive growth during the forecast period. G-meters can be a useful tool for developing and teaching drivers. Drivers can learn to adjust their driving style for best performance and safety by keeping track of the g-forces felt throughout various driving manoeuvres. A g-meter, for instance, can help a driver determine how much lateral or longitudinal force they can withstand through a specific turn and then concentrate on refining their technique to lessen the amount of force felt. The performance of several drivers can also be compared using G-meters, allowing for more focused training and advancement.
The global G Meters market expected to hamper growth during the forecast period. G-meters are important for testing, racing, and driver training; however, they might not be very helpful for regular driving. Normal driving conditions often include g-forces that are considerably below the upper limits of what most vehicles and drivers can tolerate; therefore, the data a g-meter provides may not be very helpful under these circumstances. The data provided by some g-meters may also need specialized software or tools to be analyzed, which can further reduce its value for regular drivers.
Due to the COVID pandemic's severe effects on the automotive industry, the market was significantly impacted. Additionally, the mechanical automation sector's production capacities have decreased as a result of the strict lockdown conditions. A crucial supportive factor that is anticipated to restrain the market's growth is the lack of supply to inventories around the world as a result of transportation and shipment failures during the pandemic. Moreover, Due to increased manufacturing by major market players and the rescheduling of shipments halted during the pandemic period toward inventories and distributors around the world, factors such as the reopening of G Meter production facilities post-pandemic and the restoration of transportation capabilities are expected to propel market growth during the forecast period.
The MEMS G Meter segment is expected to have a largest share over the forecast period. The MEMS G Meter is a tool used for irrigation that measures the amount of water in the soil. It utilizes two platinum electrodes connected by a stainless steel meshwork and operates on an electrochemical principle. As water percolates through the soil to reach the meter, an electrical current is created by the flow of electricity between the electrodes and is measured. A significant factor supporting the segment's growth over the projection period is the growing influence of G meters over MEMS-driven systems like rovers, micro-drones, and military applications in emerging economies.
The Consumer electronics segment is anticipated to witness the fastest CAGR growth during the forecast period. The growing prevalence of geophones in smartphones has increased the demand for precise gravimetry instruments that are sensitive enough not to be affected by accidental drops or shakes. In comparison to MEMS devices, which measure mass more precisely than piezoresistive devices, piezoelectric g-meters are more affordable and easier to use, which has led to their significant adoption.
The North America region market is estimated to witness a largest share of the global G Meters market during the forecast period. A significant factor driving market expansion is the exponential rise of digital G meters in the area. Additionally, manufacturers' growing interest in R&D for G-meter production is a crucial factor expected to drive the market forward. In addition, the region's diverse use of G meters in industries like aerospace, transportation, and defense is a factor in the market's expansion.
Asia-Pacific is most likely to experience the fastest growth during the forecast period. The gradual adoption of novel products in the automotive industry by the region is credited with driving market growth in the area. Manufacturers are mainly concentrating on the adoption of speed calculation technologies in passenger cars and commercial vehicles, with China dominating the market and being followed by India and Japan. Due to rising foreign investment and supportive government industrialization policies in a variety of industries, including manufacturing, construction, energy and utilities, among others, Asia Pacific has been experiencing rapid economic growth.
Some of the key players in G Meters market include Al Cielo, Duotech, Falcon Gauge, Flight Data Systems, Grand Rapids Technologies , Honeywell International., Inc., Kearfott, KVH Industries, Meggitt, Murata Manufacturing , Northrop Grumman, NXP Semiconductors, Robert Bosch, Rockwell Automation , Safran Colibrys, STMicroelectronics, TDK Corp, Turnkey Instruments and Vans Aircraft.
In February 2023, KVH Industries, Inc, today announced that it has entered into a support agreement with Black Diamond Capital Management, L.L.C. and certain of its affiliates.
In February 2023, The Technology M&A and Activism and Takeover Defense teams advised KVH Industries, Inc. (Nasdaq: KVHI) and its Board of Directors in connection with its definitive cooperation agreement with Black Diamond Capital Management, L.L.C. and certain of its affiliates.
In February 2022, Honeywell India's philanthropic arm, Honeywell Hometown Solutions India Foundation (HHSIF), and the Indian Institute of Science's Society for Innovation and Development (SID) have extended their partnership to support 13 new startups to promote deep science research and development (R&D) and local innovation.