Engineering All-Risk Insurance (EAR Insurance) has been made in relation to projects for construction. The policies of the EAR have been designed in such a way that it covers the risk of loss attributable to the installation and erection of plant and steel structures, equipment, and machinery. It also covers the liability of bodily injury to third parties and damage to property caused while undergoing the operations stated above.
Key Takeaways
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Targeted Asset Installation Shield: Engineering All-Risk insurance is engineered to cover high-severity vulnerabilities linked to the installation and erection of plant and steel structures, equipment, and machinery.
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Comprehensive Multi Peril Inclusion: The baseline policy framework integrates a wide array of man-made and environmental protections, covering riot, strike, fire, explosion, flood, storm, burglary, and theft.
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Advanced Technical Failure Cushions: Beyond basic structural fires, EAR lines guard specialized machinery setups against short-circuiting, arcing, excess voltage, and mechanical breakdown.
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The Manufacturer Warranty Boundary: Insurance lines cover accidental site mishaps rather than supply errors, strictly excluding faulty design, defective material of casting, and manufacturing defects.
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Dual Track Liability Tracking: Large infrastructure operations secure combined protection through standard forms that handle material site damage alongside liability for bodily injury to third parties.
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Strategic Startup Protection Extensions: Complex commercial projects can reinforce their financial stability against long delays by adding specialized coverage for start-up delay costs as an optional rider.
Optional coverage can be the coverage for start-up delay costs.
The parties which are covered are the following:
- Subcontractors
- General contractor
- Suppliers and manufacturers of equipment involved in the operations (in some cases only)
Also called Erection All Risks, the Engineering All Risk Insurance is mainly contracted for these types of projects:
- Manufacturing facilities
- Fabrication facilities
- Power plants
- Water and wastewater treatment facilities
- Erection of signal towers for telecommunication centers
An Engineering All-Risk Insurance may cover the following: Riot, strike, malicious act, Fire, lightning, explosion, aircraft damage, Flood, inundation, storm, cyclone, and allied perils, landslide, subsidence, and rockslide, burglary and theft, faults in erection, human errors, negligence, short-circuiting, arcing, excess voltage, electrical and mechanical breakdown, collapse, damage due to foreign objects, impact damages and any other sudden, unforeseen, accidental damages not explicitly excluded.
Read more: Who can purchase Engineering All Risk Insurance?
An Engineering All-Risk Insurance may exclude the following: Loss or damage due to faulty design, defective material of casting and/or bad workmanship, Manufacturing defects, Loss or damage due to wilful act or wilful negligence, Consequential loss, Loss or damage due to war or warlike operations, Loss or damage due to nuclear reaction, nuclear radiation or radioactive contamination, Losses due to normal wear and tear, gradual deterioration, Cessation of work and also Inventory losses.
Case: 1
Jayant Sharma is a contractor for a new school coming up in Pune. He has been advised by the material suppliers to buy an engineering all-risk policy to insure his construction work. He earlier had thought that the policy was designed for mechanical equipment also but as explained by the material supplier, the policy is useful as it covers various risks and damages that he may expose in his current project.
Since Jayant’s firm is responsible for the installation of various heavy and technical equipment at the institute, the insurance policy will act as a safety net in case any misfortune strikes.
Case: 2
Jeevan Shukla runs a small and medium-sized clothing business and has employed 60 employees. Inspired by the government’s ‘Make in India’ initiative, he has decided to expand his business to other states in India as well. Initially, he decides to capture the market of Pune and sends a team of his engineers to the city.
As Jeevan now requires installing plant & machinery at a new location, it is necessary for him to buy an engineering all-risk insurance plan. The policy will come in handy as it will cover the risk that may arise from the installation of machinery. Further, it will offer coverage against both natural and man-made calamities like a riot, wilful negligence, burglary, theft, flood, lightning, storm, etc.
Read More: What is not covered under Engineering All Risk Insurance?
Summary Table: Underwriting Framework and Risk Vectors in Engineering All-Risk (EAR) Insurance
| Operational Risk Vector | Target Property & Peril Matrix | Covered Contracting Entities | Technical Exclusions | Case Study Project Context |
| Plant & Structural Assembly | Erection and installation of plant frameworks, steel structures, machinery, and equipment blocks. | General contractors, sub-tier subcontractors, and equipment manufacturers/suppliers. | Faulty design, defective material casting, bad workmanship, and manufacturing defects. | A contracting firm manages heavy technical equipment installation at a new institute in Pune. |
| Operational & Environmental Perils | Direct fires, explosions, floods, storms, landslides, earthquakes, and lightning impacts. | All named corporate entities and joint venture partners listed on the policy schedule. | War or warlike operations, nuclear radiation, and radioactive contamination events. | An expanding clothing manufacturer deploys engineers to set up an interstate production plant. |
| Technical & Electrical Breakdown | Accidental short-circuiting, high-voltage arcing, excess voltage spikes, and structural collapse. | Site operators, mechanical engineers, and alignment technicians. | Chronological wear and tear, gradual deterioration, and sudden work cessation. | Industrial projects deploy these lines to shield complex operational hardware setups. |
| Third-Party & Financial Liabilities | Accidental bodily injury to third parties and secondary damage caused to public property. | General public, visitors, and off-site third-party properties within target radiuses. | Consequential financial losses, inventory shortfalls, and unexplained asset disappearances. | A global engineering firm uses EAR lines to manage third-party injury claims on active sites. |
Case: 3
Korean Engineering Pvt. Ltd. (India) is one of the subsidiary companies of Korean Engineering Pvt. Ltd, Korea. Since 2013, the company has completed various civil engineering projects in India.
The company understands its responsibilities as elaborated by one of its project heads here in India,
“We adopt global safety norms. We have a team of quality auditors who monitor our construction sites and take all necessary steps to ensure complete safety. Also, we have bought an engineering all-risk insurance policy for all our engineering projects. Though we take every step to ensure complete safety; accidents can still arise. In addition to covering all types of risks involved in the erection of machinery, the policy also covers third-party injury arising in connection with the engineering business.”
Frequently Asked Questions (FAQs)
1. What is engineering all-risk insurance and which projects require it?
A) Engineering all-risk insurance-frequently referred to as Erection All Risks (EAR) insurance-is a specialized commercial contract underwritten to shield industrial operations during assembly phases. This protection framework is mainly contracted for complex installation projects, including manufacturing facilities, fabrication facilities, power plants, water and wastewater treatment facilities, and the erection of telecommunication signal towers.
2. Who are the primary parties covered under an engineering all-risk insurance policy?
A) To ensure complete project coordination, an EAR policy provides a unified risk-transfer shield that covers multiple entities working on a joint development. The parties that are covered include general contractors, subcontractors, and equipment suppliers or manufacturers in specific scenarios, protecting the entire structural supply chain from unexpected financial losses.
3. What technical electrical and mechanical perils are covered under an EAR policy?
A) Industrial assembly zones utilize high-precision tools that are intensely vulnerable to sudden operational distribution shocks. An EAR policy addresses these specific hazards by covering physical damage caused by short-circuiting, arcing, excess voltage, electrical and mechanical breakdown, accidental collapse, and foreign object impacts, providing a vital safety net for engineering setups.
4. What are the key exclusions under an engineering all-risk insurance policy?
A) While an EAR policy provides extensive protection, it enforces strict quality boundaries. The contract explicitly excludes loss or damage due to faulty design, defective material of casting, bad workmanship, manufacturing defects, and normal wear and tear. It also denies claims for consequential losses, inventory shortages, and willful negligence by the site managers.
5. How does EAR insurance protect companies against third-party liabilities?
A) Heavy civil engineering operations carry an inherent risk of operational accidents affecting the public. A robust EAR contract manages this legal exposure by providing comprehensive coverage for liability of bodily injury to third parties and damage to property occurring in direct connection with the installation, lifting, or assembly operations on the project site.
6. Can a business protect its cash flow against project launch delays using EAR insurance?
A) Yes, companies can expand their policy structure to protect project timelines against major accidents. Policyholders can purchase an optional underwriting rider that provides coverage for start-up delay costs (also known as Delay in Start-Up or DSU insurance). This rider compensates the enterprise for lost revenue and fixed overhead obligations if an on-site accident delays the commercial launch.
About The Author
Shivani
MBA Insurance and Risk
She has a passion for property insurance and a wealth of experience in the field, Shivani has been a valuable contributor to SecureNow for the past six years. As a seasoned writer, they specialize in crafting insightful articles and engaging blogs that educate and inform readers about the intricacies of property insurance. She brings a unique blend of expertise and practical knowledge to their writing, drawing from her extensive background in the insurance industry. Having worked in various capacities within the sector, she deeply understands the challenges and opportunities facing property owners and insurers alike.
