According to the Federal Aviation Administration (FAA) Advisory Circular 150/5070‐6B titled “Airport Master Plans,” an airport master plan is a series of reports and plans developed to support the modernization or expansion of an existing airport or the creation of a new airport such as the materials provided here for the ELA development project.
The ELA Airport Master Plan includes the following elements (some of which are provided in separate documents):
Planned Airport Site Location
Airfield Layout and Inventory Description
Demand Forecasts
Airport Capacity Analysis
Environmental Analysis
Located approximately 50 miles from downtown Chicago, the Elwood Logistics Airport development plans places it adjacent to logistics transfer centers for two major Class I railroads with connections to all major West Coast ports. The logistics campus has connections with Ocean Carriers, Railroads, Trucking Companies, Shippers, and Third-Party Logistics.
An approximately 4.23 sq. mi. parcel of land in Jackson Township, Illinois has been secured east of the Village of Elwood center, east of IL Route 53.
Primarily bordered to the west by an offset from South Coldwater Road, to the south by West Hoff Road, and to the east by Cherry Hill Road. At the western end of the site, the property is bordered to the north for a portion by South Mississippi Road.
A survey of the site has shown that the entire parcel can support the construction of a dual-runway airport.
The airport master plan includes the construction of two (2) parallel runways, four (4) cargo terminal buildings with two separate ramp areas, three (3) transport category hangars for maintenance operations, a general aviation ramp area with six (6) hangar buildings each with eight (8) leasable hangars and capacity for up to 50 tie-down aircraft parking and one passenger terminal. Currently, a fuel farm is planned for the space west of the hangar areas and emergency services and snow removal facilities are expected to be developed adjacent to the passenger terminal, but both of these are still in design.
Description of Runways
Runway End: 10L/R
Heading True/Mag (deg): 101/104
Length x Width (ft) 10,000 ft x 200 ft
Elevation: 670 ft MSL
Runway End: 28L/R
Heading True/Mag (deg): 281/284
Length x Width (ft): 4,500 ft x 150 ft
Elevation: 670 ft MSL
The Federal Aviation Administration’s (FAA) Advisory Circular 150/5070‐6B “Airport Master Plans” states that: “Forecasts of future levels of aviation activity are the basis for effective decisions in airport planning. These projections are used to determine the need for new or expanded facilities.” To establish a basis for quantifying aeronautical facilities and procedures, forecasts include a definition of the type (passenger/cargo service and general aviation/corporate) and level of activity over a specific planning horizon.
The forecast includes the level of activity established for Elwood Logistics Airport in terms of passenger and cargo service. In defining general aviation and corporate aviation needs, forecasts of aircraft operations (take-offs and landings), annual instrument approaches conducted, fueling needs and expectations on aircraft maintenance and storage requirements is also documented.
Forecast activities are usually defined in short-, medium- and long-term periods. In addition, certain forecasts of passengers and aircraft operations may need to be refined to quantify forecasts during peak operational periods. Some of the factors that influence forecasts include socio-economic data, regional demographic characteristics, geographic attributes (distance, climate) and other external factors.
Elwood Logistics Airport is applying for certification under 14 CFR Part 139 to allow for scheduled air carrier service. In addition, the KEWL includes plans for provisions of the following services: fuel services (100LL and Jet A), hangars and tie-downs, major airframe and power-plant maintenance, avionics service, customs services, and foreign trade zone. Additional considerations are currently in development for charter flights, flight instruction, aircraft rental and sales, and car rentals.
Existing plans for on-airport cargo operations facilities include two main cargo areas (listed in the Table below):
Four terminal cargo facilities (in two tiers) with more than 800,000 sq.ft. of building space.
Ramp area able to accommodate up to 10 Boeing 747-800 aircraft, with hydrant fueling in aircraft ramp, aircraft nose loading capability and direct airside tug access to main terminal area.
Three (3) oversized hangars for maintenance operation accommodating any cargo aircraft type.
Landside truck have direct access designed for maximum efficiency and segregated from public access areas for additional security.
Additional plans for perishables processing facility under development.
Ground access to the air cargo facilities are available 24-hours. Airport tower and ramp towers are also planned as 24-hour operational facilities. Four tenants have already signed agreements for occupying the cargo terminal facilities.
The North Complex will be occupied by the third-party logistics handler, MidAmerica Freight, (in Terminal 1) and the all-cargo airline, GlobAm Freight (in Terminal 2), two Third-Party Logistics companies that will serve movements directly between the airport and the BNSF and UP intermodal facilities.
The integrated express carrier, UPS Air Freight, is committing to full use and dedicated truck lane entry for Terminal 3 in the South Complex.
The South Complex will be shared by FBN Air Freight that will operate in Terminal 4
The expected volume of operations for the planned year of 2025 is 500,000 tons. This baseline annual volume will be used to estimate the growth, which is expected to be 2% annually for the first 5 years, and then 3% beyond.
While the forecast for use of the airport is pessimistic on commercial operations, the Village remains optimistic that significant commercial service will exist at KEWL in a not-too-distant future. The current KEWL Master Plan includes a small General Aviation terminal facility, which has been designed to easily be expanded to include commercial traffic gates and TSA security facilities. The passenger terminal is currently in development and is seeking bids from firms to develop this.
The Maintenance Repair/Overhaul (MRO) facilities consist of three large hangars and are considered adequate for the current airport plan but will be verified following final Master Plan approval from the FAA.
The Auxiliary functions for the airport are to be finalized upon final Master Plan approval from the FAA. This includes elements such as fuel storage capacity and handling; airport rescue and firefighting (ARFF); facilities and grounds maintenance; etc. The terminal will apply a standard model to accommodate the required US Customs and Border Patrol services.