United States Postal ServiceŪ

Quarterly Performance for Standard MailŪ
Mailpieces Delivered Between 10/01/2014 and 12/31/2014

Quarter I
FY2015

Overview

For Standard MailŪ letters and non-Saturation flats, the service performance measurement system of the Postal Service™ uses documented arrival time at a designated postal facility to start the measurement clock, and an Intelligent MailŪ barcode (IMb™) scan by an external, third-party reporter to stop-the-clock. Mail piece tracking from IMb™ in-process scans is used in conjunction with the external data to extrapolate results for the population of Standard MailŪ using Full-Service Intelligent MailŪ. Data collected by the Postal Service™ are provided to an independent, external contractor to calculate service measurement and compile the necessary reports. The system used for this reporting is called the Intelligent MailŪ Accuracy and Performance System (iMAPS).

 The external contractor determines service performance based on the elapsed time between the start-the-clock event recorded by the Postal Service™ and the stop-the-clock event recorded by anonymous households and small businesses that report delivery information directly to the contractor. The service measure consists of two parts: (1) how long mail pieces take to get through processing, and (2) how long mail takes from the last processing scan to delivery. The second portion is used as a delivery factor differential to determine the percent of all Standard MailŪ delivered on the last processing date versus the percent delivered after the last processing date. Service performance is measured by comparing the transit time to USPSŪ service standards to determine the percent of mail delivered on time.

 The Service Performance Measurement (SPM) application of the Full-Service Seamless Acceptance and Service Performance system (SASP) serves as the data source for iMAPS. SPM captures data from all Full-Service Intelligent MailŪ and applies business rules for service measurement before sending data to iMAPS.

 The service performance measure for DDU-entry Saturation flats involves the identification of major weekly Saturation mailings within delivery units. Delivery of these mailings is captured with a scan made by carriers at the completion of delivery of all pieces on the route. Service performance is measured by comparing the delivery date to the end date of the mailer requested in-home window to determine the percent delivered on time. Data from anonymous households reporting the receipt of these Saturation mailings are used to validate the accuracy of the carrier scans.

 The service performance measurement system for Every Door Direct Mail (EDDM) – Retail™ uses the documented arrival time of a mailing at a retail unit to start the clock, using the point-of-sale scan when mail is handed to the Postal Service™, and an Intelligent MailŪ parcel barcode (IMpb™) scan by a USPSŪ carrier to stop the clock.  The delivery of bundles of EDDM-Retail™ pieces is captured with a scan made by carriers at the delivery unit upon distribution for delivery. Service performance is measured by comparing the total transit time of mailpiece bundles to the service standard to determine the percent delivered on time.

 Results for DDU-entry Saturation flats and EDDM-Retail™ are combined with other destination entry Standard Mail in the Destination Entry scores in this report.

 The service performance measure for Standard MailŪ parcels with USPS Tracking™ is planned to serve as a proxy for measuring service performance for Standard MailŪ parcels.

 Limitations

Due to limited automated processing for Standard MailŪ flats, the service performance results may not be representative of all Standard MailŪ flats performance. While Destination Delivery Unit (DDU) entered Saturation flats and EDDM – Retail™ flats have been included this quarter, significant gaps in the coverage of non-Saturation/non- EDDM – Retail™ DDU-entry mail still remain and are thus these data are excluded from the measurement.

 Results for Standard MailŪ parcels, which represent less than 0.1 percent of all Standard MailŪ, are not included in the overall Standard MailŪ results because service performance data was not available.

 The delivery factor for Standard MailŪ letters was created using Standard MailŪ letters with Intelligent MailŪ barcodes received by external reporters. Data for the delivery factor of Standard MailŪ flats were based on a combination of Standard MailŪ flats and Bound Printed Matter Flats with Intelligent MailŪ barcodes as well as EXFC test flats received by external reporters. The EXFC and Bound Printed Matter Flats data were used to supplement the limited Standard MailŪ flats data available during this period.

 Performance Highlights

National Destination Entry mail achieved performance of 88.3 percent on time in Q1, up 2.0 percentage points compared to the same period last year, with 99.1 percent delivered within the service standard plus three days. The Appalachian district led the nation in Destination Entry performance with 96.7 percent on time. Twenty districts achieved an on time performance at or above the performance target of 91.0 for Destination Entry mail.

 End-to-End National performance was 64.8 percent on time, an increase of 3.3 points from the same period of last year. In Q1, 93.0 percent of standard mail was delivered within the service standard plus three days. The Alaska district had the highest End-To-End entry score of 82.1 percent on time.

 

District Destination Entry End-to-End
Percent On Time Percent On Time
Capital Metro Area 90.5 62.6
Atlanta 90.8 52.4
Baltimore 89.6 62.5
Capital 88.6 56.7
Greater South Carolina 94.5 72.6
Greensboro 92.5 70.3
Mid-Carolinas 91.3 69.6
Northern Virginia 92.1 61.8
Richmond 86.4 55.2
Eastern Area 92.3 65.3
Appalachian 96.7 59.6
Central Pennsylvania 91.3 46.6
Kentuckiana 92.8 69.7
Northern Ohio 93.3 72.4
Ohio Valley 93.6 72.6
Philadelphia Metro 90.2 45.3
South Jersey 93.8 51.2
Tennessee 90.0 67.7
Western New York 89.9 64.1
Western Pennsylvania 92.0 78.1
Great Lakes Area 88.7 64.1
Central Illinois 90.0 63.2
Chicago 87.5 61.7
Detroit 85.2 70.6
Gateway 91.6 64.7
Greater Indiana 91.4 66.6
Greater Michigan 91.9 61.2
Lakeland 83.5 60.8
Northeast Area 85.6 52.8
Albany 87.5 53.1
Caribbean 85.5 75.5
Connecticut Valley 83.8 56.4
Greater Boston 85.6 56.9
Long Island 85.3 43.8
New York 82.1 40.5
Northern New England 89.8 53.3
Northern New Jersey 89.8 48.0
Triboro 78.1 59.6
Westchester 86.1 49.1
Pacific Area 87.6 64.9
Bay-Valley 84.0 66.6
Honolulu 88.6 65.5
Los Angeles 86.5 64.3
Sacramento 85.2 59.0
San Diego 90.9 68.1
San Francisco 82.7 53.3
Santa Ana 89.3 71.3
Sierra Coastal 93.1 71.7
Southern Area 84.5 67.0
Alabama 89.1 69.8
Arkansas 93.3 68.6
Dallas 86.1 65.1
Fort Worth 86.4 65.4
Gulf Atlantic 89.1 65.3
Houston 69.4 55.7
Louisiana 84.6 77.1
Mississippi 89.8 72.8
Oklahoma 90.5 70.5
Rio Grande 87.1 65.0
South Florida 78.9 60.1
Suncoast 86.8 68.7
Western Area 90.0 69.8
Alaska 91.7 82.1
Arizona 91.0 61.6
Central Plains 90.0 67.9
Colorado/Wyoming 87.9 71.4
Dakotas 93.4 70.8
Hawkeye 90.8 78.6
Mid-America 84.4 54.6
Nevada-Sierra 89.8 74.3
Northland 86.2 64.7
Portland 95.4 77.5
Salt Lake City 89.5 67.7
Seattle 92.9 80.4
Nation FY2015 Q1 88.3 64.8

Nation FY2014 Q1 (SPLY) 86.3 61.5

Nation FY2009 Annual86.4
70.7
Nation FY2010 Annual 83.4 59.0
Nation FY2011 Annual 70.3 38.4
Nation FY2012 Annual 82.0 56.5
Nation FY2013 Annual 88.8 63.3
Nation FY2014 Annual 89.9 63.5

FY2015 Annual Target 91.0 91.0